Business Transformation
Transcript of Business Transformation
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Major Jason Uppal, P.Eng. Open CA Level 3 Certified Chief Architect
Tamim Rahman Enterprise Architect
Project Management Strategic Planning
Portfolio Management
SDLC
ITSM
Strategic Themes & Balanced Scorecard
Enterprise Architecture
Organization Change Management
Business Transformation Made Straight-Forward
A Proven Approach that
Unites All Disciplines in an
Organization to Collaborate
Together to Enable
Disruptive Change
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Copyright© 2013 QR Systems Inc.
All rights reserved. No part of this publication may be reproduced, stored in a retrieval system, or transmitted, in any form or
by any means, electronic, mechanical, photocopying, recording, or otherwise, without the prior permission of the copyright
owners.
Boundaryless Information Flow™ and TOGAF® are trademarks and Making Standards Work®, The Open Group®, UNIX®, and
the “X” device are registered trademarks of The Open Group in the United States and other countries. All other trademarks are
the property of their respective owners.
All other brand, company, and product names are used for identification purposes only and may be trademarks that are the
sole property of their respective owners.
Published by QR Systems Inc. December 2013
First Published as Business Transformation as an Enterprise Capability, November 2012
Any comments relating to the material contained in this document may be submitted to:
QR Systems Inc.
100 Arbors Lane, Suite A
Woodbridge, Ontario L4L 1A1
Or by email to: [email protected]
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TABLE OF CONTENTS IN BRIEF
WHY YOU SHOULD READ THIS BOOK .............................................................................................. 4
PREFACE ..................................................................................................................................... 5
ACKNOWLEDGEMENTS .................................................................................................................. 7
GLOSSARY OF TERMS ................................................................................................................... 9
CHAPTER 1: A CASE FOR CHANGE ................................................................................................. 15
CHAPTER 2: FRAMEWORK CONFUSION .......................................................................................... 33
CHAPTER 3: THE BUSINESS TRANSFORMATION CAPABILITY............................................................. 70
CHAPTER 4: BUSINESS TRANSFORMATION SERVICES ..................................................................... 88
CHAPTER 5: INDUSTRIALIZE THE BUSINESS TRANSFORMATION CAPABILITY ................................... 166
CHAPTER 6: CASE STUDIES OF CAPABILITY-BASED THINKING ....................................................... 220
CHAPTER 7: AN APPLICATION OF BUSINESS TRANSFORMATION ..................................................... 243
CHAPTER 8: BUSINESS TRANSFORMATION TEMPLATES AND SAMPLES ............................................ 262
NEXT STEPS ............................................................................................................................. 267
Please see the Chapter page for more insights into the topics covered
Why You Should Read this Book
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Why You Should Read this Book
Do you get excited about doing something new?
Are you looking to make something better?
Are you driven by challenge?
Does the prospect of change excite you but also cause panic as to how it can be realized?
Have you wondered why even straight-forward initiatives get bogged down and what can be done
to improve their chances of success?
Are you eager to realize complex change and transformation?
If you answered “yes” or “maybe” to any of the above questions, welcome to the Business Transformation community!
This book is intended for all audiences and all levels to understand key considerations of how to make Business Transformation
more reliable and straight-forward in its application and success. If you are a consumer of transformation, you will want to
focus on chapters 1, 2 and 3. For those that are responsible for transformation, chapters 4 and 5 will show you the services
that are needed to realize the expected business outcome.
Business Transformation does not need to be left to chance; this book will show you a systematic approach and articulate the
skills that you need to realize the goals of the many. When business transformation does not deliver, those involved with it
are not the only ones that loose; the entire organization is set back. Together, it is our collective aspiration that we are able to
help the Business Transformation community be successful so that we all can be part of the benefit.
We hope that you can be part of the community and take the next steps highlighted at the end of this book.
Preface
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Preface
I have been working in the business transformation
industry for the last 25 years. During this time, a few
things have become clear: business transformation leaders
require technical skills to define comprehensive and
complete technical solutions and equally important, also
require skills to build consensus among all affected
stakeholders. About 25 years ago, one of my mentors
pointed out a simple formula: amount of change is equal to
the product of the quality of the technical solution and the
degree of commitment by all. If you have a one hundred
percent complete solution and zero commitment, the
resulting change will effectively be zero.
With this premise, I started my career as an industrial
engineer, then as a project leader and eventually graduated
to Enterprise Architect. Over the years, I have worked in
manufacturing, banking, insurance and healthcare
industries which helped me earn the Open CA Level 3 Chief
Architect designation in January 2012. It is my experience
that for Business Transformation Professionals to be
effective, they need to be scattered throughout the
organization and also ensure that each professional has the
right skills; the Open Group CA program does well in
articulating these necessary skills and competency.
This book is based on my experience as a Business
transformation leader and highlights the case for change,
how a myriad of frameworks help paralyze the organization
as opposed to liberating them from indecision, advocate a
business transformation value chain, define precisely who
does what, when, how, to-what level of detail and who is
accountable for the quality of work at each phase gate as
well as for the final outcome. Furthermore, the two content
chapters near the end of this book proposes a method to
industrialize the business transformation capability within
the organization and a sample of end-to-end architecture.
This book was originally titled “Business Transformation as
an Enterprise Capability” and in this update certain content
has been refreshed to reflect our new insights.
This book also proposes that Enterprise Architecture is done
throughout the organization by Business Transformation
Professionals and is not the domain of a few in one
department; such as commonly found in IT or any other
line of business. Secondly, in this book we specify the skills,
how the work needs to be done, what artifacts and
deliverable are produced and how to validate their quality.
The target audience for this book includes all resources
within an organization that spend at least a portion of their
time leading or being part of change programs. This book
provides step-by-step direction, however, we recognize the
unique culture of each organization and strongly advise the
reader to adapt the business transformation capability
outlined in this book to suite your organization’s culture and
objectives.
Finally, I want to thank you for being part of our Business
Transformation Community and it is my hope that
collectively, we can help organizations achieve their vision
Preface
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Sincere Regards,
Jason Uppal, P.Eng.
Chief Architect, QRS
Key Contributors
Tamim Rahman, CISSP, CISM, TOGAF® 9.1
Enterprise Architect, QRS
Focus: Help clients understand their business and technical models to enable the right business decision.
Tamim’s passion is to help organizations successfully adopt change that creates a better working
environment as well as realize the expected business value.
Stewart Carroll
Enterprise Architect
Focus: Bringing all key members to the table to make the right decision.
Stewart brings passion and energy to helping all overcome the hurdles that are faced when it comes to
complex business transformation.
Acknowledgements
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Acknowledgements
This book is a work in progress and will always remain a work in progress. I thank all our students, consultants and
practitioners who have helped define, debate and spilled countless pints of ‘beverage’ over its content. Your contribution is
sincerely appreciated by so many.
Business Transformation is a like a Jazz Band…
The organization’s Business Transformation practice is like a Jazz band, depending on the stage of the work, a different
professional discipline is in the lead. It is this collective behaviour of various disciplines and musicians that create a lasting
competitive advantage and memorable music.
See Miss Doreen’s band in the video below and how various artists take the lead at different times, produce great music
despite all the traffic and distractions around them.
Acknowledgements
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Figure 1: Doreen's Jazz Band plays ‘Do You Know What It Means to Miss New Orleans’
If you are ever in New Orleans, do stop by Miss Doreen’s street band in French Quarters at the corner of Royal and St. Peter
streets.
Video 1: Book Orientation
As you review the remaining sections of this book, keep in mind of the following two questions:
1. What is preventing you from doing what is being discussed in your organization today? List these obstacles.
2. What obstacles can you tackle on your own and whose help will you need for the ones that remain?
Glossary of Terms
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Glossary of Terms
Throughout the chapters of this book, the context of terms used is critical to
understanding Business Transformation. This section highlights some of
these key terms used throughout the chapters.
Glossary of Terms
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Architecture – The articulation of a problem through the identification of its components, their relationships with one another
and the constraints/obstacles that need to be overcome for a successful resolution. The architecture also expresses the
performance of the capabilities needed to obtain the desired business outcome.
Attributes of a Capability – Components, Measures, Metrics: Current and Target, Process, People and Technology.
Automation – The ability to perform a well-defined process more efficiently so that it can yield consistent and repeatable
results.
Balanced Scorecard – A construct used by management and decision-makers to assess the performance of the enterprise or
capability in real-time. When expectations are not being met, the Balanced Scorecard provides guidance of where to direct
focus.
Benchmark – Ability to compare with others: in-house, industry and ideal.
Business Outcome – The results of an organization's output in the marketplace. The outcome can be expressed in terms of
realized value for the organization that was planned against the actual results.
Business Strategy – Defines what capabilities will be consumed to achieve prescribed business outcomes as well as what
investments will be made in specific capabilities to transition those capabilities to a new state to enable the business outcomes.
Business Transformation – In this context Business Transformation as a Capability is what we have the ability to do. In this
case, the Business Transformation Capability applies to all three: Run, Grow and Transform.
Business Transformation Professional – An individual from a recognized discipline that helps an organization plan,
implement and realize changes needed to achieve the desired business outcome.
Capability – Ability to do something meaningful in support of the Enterprise Mission, Vision and Values. To maintain required
level of granularity – define Executive and Directive Capabilities. They are hierarchical. Executive Capabilities is what the CxO
team views. Improvement context is defined in terms of opportunities and threats. Supporting Capabilities relate to Executive
Capabilities and their improvement context is strength and weakness.
Capability Based Value Delivery Life Cycle (CBvd™) – Divided into four phases (G0 to G4), this life cycle illustrates the
stages of development for a capability and in each phase, there are activities that are performed to mature the capability to
the next phase.
Glossary of Terms
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Capability Life Cycle – Please see "Capability Based Value Delivery Life Cycle".
Capability Roadmap – A view of how to direct organizational investment to build/strengthen a capability to achieve a desired
business outcome.
Competency – Competency is associated with Human Skills. Each competency has skills, knowledge, proficiency – required,
available, Primary and secondary, Competency Rating – self assessed, managers assessment, actually measured, competency
development plan. Enterprise Architecture is a competency with an organization. There are number of people have this
competency at certain level of competency rating.
EA – Enterprise Architecture, or Enterprise Architect; check context for applicability
Enterprise Capability – Defines what is needed from the Enterprise Value Chain to realize the strategic intent of the
organization. This term is generically used to describe Executive and Supporting capabilities; examples include 1) ability to
service customer and 2) ability to engineer a product. As a further example, the IT organization executive capability can be
defined as the ability to provide information effectively to implement the TOGAF® concept of “boundaryless information
flow™”.
Executive Capability – Defined at the strategic level of the organization and implemented by support capabilities that are
supported by one or more lines of business.
Five Forces Analysis – A framework for industry analysis and business strategy development; formulated by Michael E.
Porter of Harvard Business School in 1979. It draws upon industrial organization (IO) economics to derive five forces that
determine the competitive intensity and therefore attractiveness of a market.
1. Threat of new competition
2. Threat of substitute products or services
3. Bargaining power of customers (buyers)
4. Bargaining power of suppliers
5. Intensity of competitive rivalry"
Ideal Architecture – Adapt to conform to Enterprise constraints and then define the Transition Plan and Business Case.
Glossary of Terms
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Ideal Roadmap – A roadmap of what is possible to achieve demonstrated through an industrial example or through valid
engineering.
Industrialize – To build an Enterprise capability that is repeatable and delivers consistent outputs through a defined and
understandable process.
Instinctual Architecture – Often done by senior management at the strategic level where they assess the overall landscape
of enterprise capabilities, capability performance, strategic advantage, strength of current and/or new competitors, through
senior management instincts. Instinctual architecture often helps define the first iteration of business strategy which is later
validated, refined or refuted through formal scientific management principles.
Levels of Architecture Abstraction – The following terms describe the levels of architecture performed throughout the
capability life cycle.
Instinctual: why, what, how and with what in aggregate – know ‘where to kick furnace’, this level stems from a “gut
feel” of what needs to be done.
Contextual: “why” are these outcome important and what processes and capabilities will be affected?
Conceptual: “what” – Describes what must be managed in order to transition capabilities to the right performance level.
Logical: “how” – Provides detailed analysis of each process of how work output is produced.
Physical: “with what” – Considers the tools and components used in the production environment."
Performance Measure – An indicator used to measure the performance of a capability. For performance measures to be of
value, they need to be measured consistently from a specified source.
Performance Metric – The numeric value of the performance measure. Metrics can be used to express desired capability
performance at various transition points to the expected target.
Phase Gate Activities – Activities performed in each phase of the capability life cycle.
Pragmatic Roadmap – Describes what can be achieved given the organization's culture, structure and constraints.
Glossary of Terms
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Primary Activities – These are the activities that realize the final value product of the organization. Without a primary
activity, the organization will be unable to realize its value chain. Activities that perform Inbound Logistics, Operations,
Outbound Logistics, Marketing and Sales and After Sales Service would be primary activities.
RACI – An acronym that describes a role as being: Responsible, Accountable, Consulted and Informed.
RACIS – See RACI; the "S" stands for Supported.
Roadmap – A high-level view of the milestones that need to be achieved in resolving Enterprise Architecture requirements.
RPO – Recovery point objective
RTO – Recovery time objective
SMART – An acronym that usually precedes objectives and stands for: Specific, Measurable, Achievable, Relevant, Time-
Bound.
Strategic Architecture – Provides top-down direction to the organization regarding the improvements needed to Executive
Capabilities and their impact on Supporting Capabilities. This type of architecture, analogous to instinctual and contextual, is
executed at the G0-G1 phase of the Capability Life Cycle.
Strategic Intent – An extension of the Enterprise vision within a given time frame. The vision might say: be the leader in
customer service. The Strategic Intent could be expressed as: achieve 99.3 % customer Satisfaction by 2015. The Strategic
Intent guides the performance required of existing Executive Capabilities or the creation of one or more required Executive
Capabilities.
Strategic Themes – Captures the essential element of what a business strategy needs to do to achieve the strategic intent of
the organization. The strategic theme aligns with an objective and purpose and is understood uniquely way through different
perspectives.
Strategy Architecture – Articulates the strategy (plan and approach to achieving the strategic intent) to implement the
strategic themes of the organization. Impacts on all capabilities are understood and the necessary investment portfolios
needed to achieve the capability performance are also established as this architecture is executed at the G1-G2 phase of the
Capability Life Cycle. This is also analogous to conceptual architecture.
Glossary of Terms
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Support Activities – These are activities that support the primary value product in realizing the final value product. Activities
that perform Firm infrastructure, Human Resource Management, Technology Development and Procurement would be support
activities.
Systems Thinking – The ability to understand the components of the problem, their relationship with one another, their
architecture that then can be used to evaluate possible resolutions. This is an important ability (skill) for a Business
Transformation Professional.
Transition Plan – More detailed than a roadmap, a transition plan contains more details of organization state and expected
capability performance at each transition point towards the target.
Value Chain – A strategic view of the enterprise’s chain of services/activities that bring the final value product to market. A
value chain can also be applied to a capability. The value chain shows the primary and support activities that accomplish the
organization’s value delivery.
Value Statement – A construct used to articulate the required value that one or more work packages can achieve.
Wicked Problem – A scenario where no possible solution will satisfy all problem constraints expressed in the architecture.
Possible approaches to resolving a wicked problem is to lessen its scope, change the problem understanding or re-evaluate the
problem when there are changes in the constraints imposed.
Work Package – The term used to express initiatives that help mature a capability along the Capability Life Cycle. Work
Packages are handled through all 4 phases of the Capability Life Cycle and are often call projects in the G2-G3 phase.
Chapter 1: A Case for Change
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Chapter 1: A Case for Change
“Intellectuals solve problems, geniuses prevent them.”
Albert Einstein
Abstract
In today’s economic climate, it is not sufficient to rethink your organization’s
business model once per economic cycle. Organizations need to keep track
and be ready to pounce on opportunities created by changes in customer
behaviour, in known and hidden competitors, political direction as well as
technological advances.
Change is inevitable; I would even go as far as saying change is good. To
realize benefit, you need to be ready to take advantage of the winds of
change; otherwise it can easily become cross or turn against you.
Information and Communication Technology (ICT) capabilities enable us to
capitalize on the opportunities. You need to make sure your organization has
the capability and not just an empty promise that we are good without
validation.
Key Chapter Sections
A Case for Change…16
Industry Challenges… 17
Information & Communication
Technology… 19
About this Book… 21
Layout of the Book… 25
Assessment: ICT, Your Organization
and Enterprise Value… 28
Chapter 1 References… 32
Chapter 1: A Case for Change
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A Case for Change
Discontinuities in an industry may stem from any
combination of internal or external forces. Efficient change
management requires the ability to identify what causes
these discontinuities and how to realign resources quickly
to take advantage of them.
Here is a brief list of forces that often lead to
discontinuities:
Acquisitions
According to Organizational Change Management,
acquiring or merging with another company has a
profound effect on organizational structure. The deletion
of duplicate departments reduces cost yet talent from
both companies can be utilized in the resulting corporate
structure. However, job functions will be altered to fit
the business model of the company and management
positions may also be eliminated. The activity of
acquisitions often causes discontinuities both within the
acquiring and acquired companies as well as for others in
the same and complementary markets.
Job Duplication
Multiple managers or executives within an organization
may create the need for change. Employees can either
become frustrated with trying to please more than one
manager, or they may find ways to use opposing views
by multiple managers to meet their needs. When
employees encounter duplicate management positions,
the structure of the organization needs to be altered to
eliminate the excess positions and bring departments
into line with the proper individual manager.
Marketplace Changes
As the marketplace changes, so do the structural needs
of the organization. For example, as fuel prices rise,
customers will likely demand more fuel-efficient vehicles.
If you own a car dealership known for selling large SUVs
and vans, you may have to shift your focus to smaller
and more fuel efficient vehicles. This requires bringing
in sales people and service technicians accustomed to
selling and working on such vehicles. Marketing then
needs to change to target the more fuel efficient car-
buying public and the previous methods should be
eliminated.
Process Changes
Changes to the way an organization does business can
cause structural changes. If your organization was
accustomed to allowing autonomous departments, then
a change to a centralized way of doing business will
impact organization structure. If a new department has
been created to address a demand, the structure must
change to accommodate the new group. For example, if
the backlog of archived files becomes so large that an
archiving department needs to be created, that can
change the flow of information in your organization and
have a significant effect on corporate structure.
Technological Changes
Chapter 1: A Case for Change
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Changes in technology, as well as public acceptance of
technology, often lead to major discontinuities. Case in
point: the internet, affordable mobile phones and data
services as well as user centric user interface have
spawned new industries. LinkedIn, Facebook, Twitter
has decimated once mighty publishing empires.
Video 2: Discontinuity: An Opportunity to
Change the Business Model
In this section, I will briefly discuss forces that cause
discontinuities in selected industries and how Information
and Communication Technology (ICT) capabilities can help
you pounce on these opportunities.
Industry Challenges
Let’s briefly review a few industries that are going through
significant disruption and quickly review how these
disruptions are creating discontinuities and giving birth to
new opportunities for improvement.
Healthcare Delivery
The healthcare industry has several factors in its favour: a
great demand for services and a host of new products
contribute to its growth. In fact, a 3.8 percent growth in
revenue for the industry is expected in 2013, according to
Fitch Ratings.
While healthcare has seen surging demands, it faces
serious challenges especially along cost for services and
quality of care delivered; other challenges include: [6]
Changing the industry’s business model from
volume to value
Changing the model for delivering care
Partnering with doctors and other disciplines
Containing overall costs and of services delivered
Coping with a shortage of doctors; especially in
rural areas
Planning for growth
Pushing healthcare reform
Video 3: Opportunities in Healthcare
Chapter 1: A Case for Change
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Health Care Insurance
The health insurance industry has recently confronted many
external challenges such as an uncertain regulatory
environment, meeting the demand of more price and
service-conscious consumers, a fiercely competitive market,
shifts in customer composition and a slowly recovering
economy.
The earnings performance of most American players
(UnitedHealth Group Inc., CIGNA Corp., WellPoint Inc.,
Aetna Inc. , Humana Inc. and Coventry Health Care Inc.)
were primarily driven by industry-wide factors such as
higher enrolment, increased premiums, lower-than-
expected medical care utilization and improved commercial
insurance pricing. Most of the carriers even raised their
2012 earnings estimates which reflect optimism for fourth
quarter results as well. [7]
While health insurance companies have been meeting or
beating performance expectations, the industry has several
dark clouds on the horizon both in the US where the private
insurance industry exists and in other countries where
governments act as insurance providers.
Cost of healthcare has been increasing faster than
GDP growth
Due to the aging population, pressure from
increasing cost will not subside
The public’s willingness to pay additional taxes is
declining
The public perception that there are efficiencies to
be gained only if the industry was forced to re-
evaluate how it exploits the latest technologies and
processes
In newly developed as well as in BRIC (Brazil, Russia, India
and China) countries, as the size of the middle class grows
it will start to demand publically funded high quality
affordable care; this market will develop new models of
care delivery that will compete across the borders of
nations.
Manufacturing
The manufacturing industry has been beleaguered by
obstacles. IN North America and elsewhere, nearly every
news outlet has covered the closing of factories, labour
disputes between companies and their employees or
reductions in the work force due to the shift of labour to
off-shore locations. The reputation of the industry has been
marred by low wages and less than desirable working
conditions in addition to quality-control problems.
Challenges facing the Manufacturing Industry and taking
the first steps toward the revitalization of manufacturing
according to the Association of Manufacturing Excellence
(AME)[4] is joining with its corporate members and other
leading learning organizations to adopt the following top
three priorities for revitalizing manufacturing:
1. Establishing consortiums to help sustain and grow
businesses through sharing technology and
innovative ideas;
Chapter 1: A Case for Change
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2. Re-shoring (in sourcing);
3. Redeploying Training Within Industry (TWI)
programs to train or retrain workers who have the
ability to work in advanced manufacturing jobs,
which will ultimately revitalize manufacturing and
re-energize the economy.
This will also require engagement in reforming public
education to produce career ready citizens.
Construction
In the fields of architecture and civil engineering,
construction is a process that consists of building or
assembling infrastructure. Far from being a single activity,
large scale construction is a feat of human multi-tasking.
The construction industry everywhere faces similar
problems and challenges. However, in the developing
countries, these difficulties and challenges are present
alongside a general situation of socio-economic stress,
chronic resource shortages, institutional weaknesses and a
general inability to deal with the key issues. By and large,
the challenges for the construction industry in most
economies are: [1,2,3]
Enhancing the professionalism of the industry
Raising the skills level
Improving industry practices and techniques
Adopting an integrated approach to construction
Developing an external wing; a collective
championing effort for the construction industry
Government Services
In recent years, governments around the globe have been
fighting a common battle on three fronts:
1. A global downturn in the economy has led to
increased fiscal pressures and difficulties in
balancing budgets.
2. Growing expectations that public-sector
organizations need to be more accountable to
stakeholders and deliver better public services
have left governments struggling to provide more
citizen-focused services with less funding.
3. Impending labour shortages as an aging workforce
retires means many governments will find it
difficult to retain the knowledge workers needed to
run their operations. In fact, some governments
are already starting to experience skills shortages
in certain areas, such as information technology.[5]
How can we exploit ICT capabilities to take advantages of
these discontinuities and create lasting competitive
advantage?
Information & Communication
Technology
Information and Communication Technologies (ICT) have
been at the heart of economic changes for more than a
decade. ICT producing sectors and ICT employment
contribute to technological progress and productivity
growth.
Chapter 1: A Case for Change
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The industry-based definition of the ICT sector is based on
Revision 3 of the International Standard Industrial
Classification (ISIC Rev. 3).
Definition
The principles underlying this definition are as follows.
For manufacturing industries, an ICT product must
fulfill the function of information processing and
communication – including transmission and display
– and they must use electronic processing to
detect, measure and/or record physical phenomena
or control a physical process.
For services industries, ICT products must enable
information processing and communication by
electronic means.
These two measures of ICT production are expressed as a
share of the total value added in the manufacturing and
business services.
Two measures of ICT employment are shown here:
a narrow measure, comprising of ICT specialists
whose job is directly focused on ICT such as
software engineers; and
a broader measure including jobs that regularly use
ICT, but are not focused on ICT per se (these
occupations include scientists and engineers, as
well as office workers, but exclude teachers and
medical specialists for whom the use of ICT is not
essential for their tasks).
These two measures of ICT employment are expressed as a
share of total employment.
Significant Statistics
In 2008, the ICT sector accounted for between 3.7%
(Switzerland) and 13.9% (Finland) of value added in
manufacturing and business services of the 28 OECD
countries with available data. The average share for the
OECD was 8.2%. Over 1995-2008 the ICT share in value
added has increased in all OECD countries except Austria (-
1.3%), Australia and Canada (-0.8%).[8]
ICT and Enterprise Value
In addition to ICT related job creation, consider the
following three scenarios in which ICT can also create
incremental value:
Process Efficiency: improve the efficiency of an
existing process by delivering the right information
to the right person in a secure and reliable manner;
this includes information that can enable high
quality decision/action. For simplicity reasons, let’s
ignore the opportunity cost of information not being
at the right place. Consider an example of value
due to process efficiency: In a hospital ward
setting, a nurse needs to communicate the
medication order change for one patient to the
physician. The nurse could: 1) find the doctor and
communicate the request, 2) page the doctor and
have the doctor respond or 3) doctor responds by
an SMS message. All three options are practical;
Chapter 1: A Case for Change
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however the efficiency gain from the 1st to 3rd
scenario is close to 300%. [9]
Quality: Technology can improve the consistency of
output by improving the repeatability of the
process. As evident by industrial robots, CNC
(computer and numerical controlled) machines,
semi-conductor technology can help produce
consistent quality because unlike the people
element, they do not suffer from fatigue, distraction
or the effects of repetitive and tedious tasks. Their
inherent accuracy and repeatability also means that
you can count on a high quality finish for every
product produced.
New Products and Services: By leveraging ICT
capabilities, you can develop new products and
services. Case in point: In the pre-internet era of
just 15 years ago, booking business travel was a
full-time job for many office workers. Today, I can
book my air ticket, hotel, rental car and
entertainment in less than three minutes.
Video 4: Work Outputs of the ICT
Professional
About this Book
When it comes to Business Transformation, there is a lot of
confusion among various disciplines and professions. Each
profession has developed their own framework within their
own pre-defined boundary of scope. As such, there are
overlaps and gaps and it results in organizations
continuously failing to get the most out of their investment
in ICT.
Learning Objective
The learning objectives of this book include:
Establish a common vocabulary among disciplines
engaged in delivering value from leveraging ICT
capabilities and define roles and responsibilities of
each discipline
Provide a mechanism to measure the overall
contribution of ICT towards the enterprise value,
provide sufficiently granular tools for management
to hold each profession accountable through a
transparent and accountable process
Help the Business Transformation professional define
what services they provide, how and what is the
value of each artifact and deliverable
Through an end-to-end case study, demonstrate
how enterprise resources are aligned to achieve
enterprise goals and how to constantly realign and
leverage enterprise resources in a constantly
changing business environment
Based on commonly accepted frameworks, define a
process by which an enterprise Business
Transformation Capability is defined and matured
over time
Chapter 1: A Case for Change
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Finally, it is the objective of this book to provide a
mechanism by which contribution of ICT can be
measured and how ICT professionals can help yield
the maximum output from investment in ICT
With respect to the common vocabulary among
practitioners, we would encourage the reader to review the
terms defined in section 8. A common language is essential
to communication and we encourage you to review the
terms described so that we can all have the same
understanding.
Target Audience: Business
Transformation Professionals
Who is a Business Transformation Professional?
If you are involved in the definition, development and
exploitation of enterprise capabilities, you are a Business
Transformation Professional. Your role could be an
Executive, Strategic Planner, Enterprise Architect, Portfolio
Manager, Program Manager, Delivery Lead, Process
Specialist or an Organization Change Manager among
others. You may be stationed in information technology,
finance, human resources, the front line or any other
department. Other common enterprise roles include
business analysis, IT operations and quality assurance. If
you are involved in improving the utilization of current
enterprise resources toward the betterment of the
enterprise vision, you are a Business Transformation
Professional.
Reasons why you should read this book
Understand why the Business Transformation
capability is essential for your organization
Learn how to link your performance to the
performance of your organization’s CEO
Demystify the Business Transformation Practice
Understand how to build, exploit and nurture the
Business Transformation Capability
Understand what the required skills are and how to
develop them
Understand how the Business Transformation
capability engages the entire organization
Move the Business Transformation conversation
from an academic exercise to meaningful action
plans
Learn to do your job and help your organization
thrive and not just survive
Help democratize the work in your organization, find
joy in work and help others find joy in their work
Personal Learning Objectives
Your feedback is important, write down three things that
prevent you from doing your job and also prevent you from
contributing toward the enterprise vision of your
organization. If at the end of this book, if you still don’t
know how to eliminate these obstacles, I will refund the
purchase of this book.
Chapter 1: A Case for Change
23
Enterprise Vision [your organization’s vision statement]
Your Value system: write down how your value system aligns with your organization’s vision.
Chapter 1: A Case for Change
24
Write down three things that prevent you from living your own value system and prevent you from
expending all of your energy towards enterprise vision.
1:
2:
3:
Chapter 1: A Case for Change
25
Layout of the Book
This book is organized into eight chapters. At the end of
each chapter, there are some exercises for students to
ensure they have a good understanding of the content
covered in the chapter. The last chapter is a comprehensive
case study that describes the architecture for ACME
Healthcare, a fictitious healthcare delivery organization.
Chapter 1: A Case for Change
This chapter looks at a number of industries, outlines
opportunities and describes how discontinuities in these
industries can be addressed by leveraging ICT capabilities.
Chapter 2: Framework Confusion
There are several business transformation frameworks that
are available in the market place. They cover portions of
the business transformation value chain and often have
conflicting vocabulary and measures. The purpose of this
chapter is to briefly discuss each framework and identify
overlap:
Business Transformation Frameworks – Five
forces analysis, value chain, strategic themes
mapping, balanced scorecard, enterprise
architecture, system thinking portfolio management,
project management, system development life cycle,
organization change management, IT service
management, lean sigma, IT Governance and ValIT.
Common Ground and Gaps – Within the business
transformation context, define how these
frameworks interact to help make the right decisions
and highlight how the vocabulary gaps cause
unnecessary confusion and productivity loss.
Gaps no Framework can Address – within the
business transformation context, there are gaps that
no framework can address. This section will provide
the necessary structure to define the right
deliverables and how they help in the decision
process.
Chapter 3: Business Transformation
as an Enterprise Capability
Why is the business transformation capability important?
How will you know its current state in your organization and
how can we go about maturing it?
Business Transformation as an Enterprise
Capability: Describes why the Business
Transformation capability matters.
Capability Based Value Delivery Process
(CBvd™): Introduces how to exploit the concept of
capabilities, capability performance and business
outcome to create an accountable and responsive
culture in the organization. Also discussed are roles
and responsibilities of various professionals within
the CBvd™ process and how their professional skills
can be evaluated.
Chapter 1: A Case for Change
26
Chapter 4: Business Transformation
Services
What is the role of various disciplines and teams and how
can they be held accountable?
Strategic Intent, Enterprise Capabilities and
Business Strategy - Based on five forces analysis,
current value chain and business goal define
Enterprise Capabilities, their performance measures,
performance metrics and business strategies that
will be required to transition current capabilities to
target.
Supporting Capabilities - Enterprise capabilities
then are decomposed into Supporting Capabilities
that are managed, developed and leveraged by each
line of business. This section defines the framework
to measure performance of each capability and how
to associate the capability performance into the
enterprise goals.
Architecture Roadmap for a Strategy: Using the
ADM (Architecture Delivery Methodology1), learn
how to define an Architecture Roadmap for each
Enterprise and IT Capability/Strategy. In most
cases, this roadmap considers what is possible
1 Part of the TOGAF
® Specification, http://www.opengroup.org/togaf/
without limiting our imagination by our own
organization’s constraints.
Enterprise Capabilities Transition Roadmap and
Business Case: Using the ADM, learn how to take
industry defined reference architecture for a
capability/strategy and adapt it to your
organization’s constraints and then define a
Transition Plan and Business case. The focus here
isn’t just to define the Transition Plan and Business
Case, but to also learn how to communicate it to key
stakeholders.
Transition Implementation Governance: Using
the ADM, learn how to ensure the Implementation
Program follows the agreed upon Transition Plan.
This section defines the deliverables and decision
rights not only for the system development life
cycle, but also for organization change required to
deploy and exploit the transitioned capabilities.
Post Implementation and Value Realization:
Using the ADM, learn how to exploit current
capabilities to help the organization achieve its
business goals. This section helps define the
continuous improvement plan for each capability,
measure its performance, link capability
performance to business goals and makes capability
governance real.
Chapter 1: A Case for Change
27
Chapter 5: Industrialize your Business
Transformation Capability
Learn how to make Business Transformation repeatable and
self-learning within the organization.
EA Practice (Business Transformation
Capability): How to build, nurture and exploit
value. Using the TOGAF® Skills Framework, learn the
relationship between Strategic Planning, EA, PPM,
SDLC, Organization Change and Value Management
and how the Business Transformation Capability
works with each discipline to help exploit Enterprise
Capabilities.
Business Transformation Capability Scorecard:
Learn how to determine if the Business
Transformation Capability is performing as expected
and how the Business Transformation Capability
performance scorecard can become an integral part
of corporate performance measures.
Industrialize the BT Capability: The Business
Transformation Capability is based on the Capability
Based Value Delivery (CBvd™) process. This chapter
introduces the student to major modules, the
relationship between theBTcloud and processes
necessary to implement a TOGAF® based Enterprise
Architecture Practice.
Chapter 6: Case Studies of Capability-
based Thinking
In this Chapter, a number of successful and less than
successful implementation of capability-based thinking are
presented. These examples are based on real-world
experience gained through previous consulting
engagements with client identities removed.
For each case study, the following information is presented:
Client industry,
Size of the Organization,
Enterprise and Scope,
Business Complexity,
Proposed Architecture,
Results (Outcome),
Lessons Learned and
Lessons for the Business Transformation Leader
Chapter 7: An Application of Business
Transformation
Learn how to represent the Enterprise architecture of a
fictitious healthcare delivery organization using techniques
described in previous chapters of this book.
Strategic Architecture: Translate strategy intent into
Enterprise capabilities and enterprise operations and
transformation strategies
Chapter 1: A Case for Change
28
Define supporting capabilities, their architecture,
measure performance and leverage
Define Architecture for a Business Strategy
Transition each capability to required performance
target
Define Standards Information Base and Repository
of Enterprise Capabilities
Putting it all together
Chapter 8: Business Transformation
Deliverables
Access templates and samples of the most common
Business Transformation Deliverables produced. Templates
and samples are provided by CBvd™ Phase Gate, more
information on how to execute Business Transformation
services articulated in Chapter 4 is available on
theBTcloud2.
Assessment: ICT, Your
Organization and Enterprise Value
The purpose of this section is to define an explicit
mechanism by which the impact of ICT (information and
communication technology) can be measured by the
enterprise’s bottom line. ICT often impacts both gross
margin drivers – cost of doing business – and total
revenue.
2 http://theBTcloud.com
ICT Operating Budget
Consider your ICT operating budget, this budget includes all
your ICT staff, cost of HW/SW licenses and Data Centre. As
an example, a healthcare insurance company had an ICT
operating budget of roughly 47 million dollars per year. By
developing a comprehensive Standards Information Base,
you can identify duplicate technologies, skills gaps and
overlaps; however to eliminate these redundancies you will
need to integrate these opportunities into the overall
Enterprise Business Strategy. If done properly, the cost of
ICT can be reduced by 20% as outlined by many studies
without increasing ICT related risks or reducing business
agility. This affects the cost variable of your gross profit
equation.
The opportunity: Achieve a 20% reduction in your ICT
operating budget.
ICT Capital Budget
This is the portion of the budget that the enterprise
allocates to change for the enterprise. At the top level – by
using strategic theme mapping and balanced scorecard –
senior management decides on capital budget and expected
return from these investments. Recently, we consulted for
a company that had an investment portfolio of 80 million
dollars with an expected return of 278 million dollars. Most
of this money was allocated to changes to ICT and business
operations.
Opportunity: considering the success rate of ICT projects,
what is the probability that the enterprise will actually yield
Chapter 1: A Case for Change
29
278 million dollars of return and costs will not exceed 80
million? Recently, a study done by Oxford[11] asked the
organizations to stress-test their change strategy. The
point they made was that if the cost of change increases by
four fold and expected benefit is reduced by four fold, is
this still a good investment plan?
Impact
Methods, techniques and structure outlined in this book will
help the reader manage the impact of ICT from two
perspectives:
1. Optimize the Cost of ICT without increasing
technology risks and reducing business agility
2. Ensure that ICT driven change actually produces
the expected returns and it is done in a transparent
and accountable fashion
Chapter 1: A Case for Change
30
Exercise: Assess your Case for Change and your Organization’s Preparedness
There are several considerations that need to be made when we are assessing a case for change. The following two tables
promote such considerations at the industry and organization levels to determine if there is a legitimate case for change.
Table 1: Changes in Market Condition
Subject Area No Impact Somewhat Dramatic
Are there changes in regulation, reporting needs and
increased legal scrutiny?
Are there changes in Customer expectations resulting from
the availability of mobility, social media and access to high
quality information through the internet?
Will consumer discontent – resulting from less than expected
levels of service – have an impact on your relationship with
your current customers as well as future prospects?
Accelerated Consolidation: Will industry consolidation have an
impact on your organization?
Strategic Globalization: Will new entrants from emerging
economies have an impact on your organization’s bottom-
line?
Will ICT capabilities like Big Data, unconstrained connectivity
and new sources of data have any impact on how you serve
your customers?
Chapter 1: A Case for Change
31
Table 2: Organization Readiness
Capability Area Yes No Unsure
Does your organization have explicitly defined enterprise capabilities and how do such
capabilities meet the enterprise vision and strategic Intent?
Does your organization have defined supporting capabilities – the decomposition of enterprise
capabilities – defined for each business unit and explicitly measured performance that
capability owners are held accountable for?
When the business change strategy is defined, does the strategy document include specific
references to which supporting capabilities will be affected and by how much?
For each business strategy, are the transition roadmap and business case defined before
embarking on the project execution phase?
Is each program and project manager held to cost, timeline and pre-established scope that is
defined in terms of measurable change to capability performance?
Before the project is officially closed, does the transitioned capability owner accept the
improved capability performance?
Is the performance of each capability measured continuously and linked back to the enterprise
vision and strategic intent?
If you answered “somewhat” or “dramatic” to any question in Table 1: Changes in Market Condition and “No” or “Unsure” to
any question in
Table 2: Organization Readiness then you should read on. Otherwise, either your business is immune to changes in the
marketplace or you are already doing what’s right; in which case this book will validate your current practices.
Chapter 1: A Case for Change
32
Chapter 1 References
1. Industry_Culture_A_Need_for_Change, http://www.construction-
innovation.info/images/pdfs/Research_library/ResearchLibraryA/Project_Reports/Industry_Culture_A_Need_for_Cha
nge.pdf
2. New challenges for construction training and certification http://www.csc-
ca.org/sites/csc/files/newsletters/dimensions_may10_en.pdf
3. Challenges of Construction Industries in Developing Countries: Lessons from Various Countries, G OFORI
Department of Building, National University of Singapore Architecture Drive, SINGAPORE 117566.
4. AME_Whitepaper_Challenges Facing Industry 2011-02-24 FINAL
http://www.ame.org/sites/default/files/AME_Whitepaper_Challenges%20Facing%20Industry%202011-02-
24%20FINAL.pdf
5. Driving High Performance in Government: Maximizing the Value of Public-Sector Shared
Serviceshttp://www.accenture.com/SiteCollectionDocuments/PDF/Accenture_Driving_High_Performance_in_Govern
ment_Maximizing_the_Value_of_Public_Sector_Shared_Services.pdf
6. Growing Healthcare Industry Faces Challenges, http://www.openforum.com/articles/growing-health-care-industry-
faces-challenges/
7. Health Insurance Stock Outlook - Nov. 2012 http://www.zacks.com/commentary/24708/health-insurance-stock-
outlook-nov-2012
8. OECD Factbook 2011-2012 http://www.oecd-ilibrary.org/economics/oecd-factbook-2011-2012/investment-in-
ict_factbook-2011-73-en
9. Improving Patient Safety Through Provider Communication Strategy Enhancements,
http://www.ahrq.gov/downloads/pub/advances2/vol3/advances-dingley_14.pdf
10. Good reasons to invest in robots – ABB http://www05.abb.com
11. Why Your IT Project May Be Riskier Than You Think http://hbr.org/2011/09/why-your-it-project-may-be-riskier-
than-you-think/ar/1
Chapter 2: Framework Confusion
33
Chapter 2: Framework Confusion
“Any man who reads too much and uses his own brain too little falls into lazy habits of thinking.”
Albert Einstein
Abstract
To help transform an enterprise, there are myriads of frameworks to
consider. While many frameworks are valid and useful, most of these
frameworks are deficient when they are integrated together to complete a
value chain.
This chapter outlines:
Major frameworks (not intended to be exhaustive) that are often
leveraged in business transformation programs
A mapping of these frameworks relative to how ICT is leveraged to
generate Enterprise Value
The intersection between frameworks and value chain processes highlights
gaps and overlaps. Furthermore, we provide a directional discussion on these
gaps.
Key Chapter Sections
About Frameworks (includes Five Forces
Analysis, Value Chain, Balanced
Scorecard, Strategic Themes,
TOGAF® and others)… 34
Common Ground and Gaps… 58
Business Transformation Value Chain
and Common Frameworks… 62
Gaps Addressed… 63
Exercises… 67
Chapter 2: Framework Confusion
34
Framework Confusion
Recently, a discussion was posted on a LinkedIn thread, its
sentiment can be expressed as: We as Enterprise Architects
spend way too much time discussing the ‘How to’ of
Enterprise Architecture and invest little time discussing
‘What to’ do and even less time on ‘Why’ we do it. The
question in the thread was “how can you communicate the
value of Enterprise Architecture to your CEO in less than 10
words.” Almost 100 responses were posted mostly by
practicing architects, making references to all kinds of
frameworks and thinking paradigms. If each individual
explained the value of Enterprise Architecture to the CEO in
this manner, he or she will face the same dilemma as
explained by Dr. Barry Schwartz in The Paradox of
Choice[18]. In a TED recording, Dr. Schwartz explains that
more choices lead to paralysis rather than liberation and
while some choices are better than none, that doesn’t
follow that more choices are better than some choices.
The same is true when it comes to frameworks for
managing Business Transformation. The purpose of this
chapter is to:
Briefly describe major frameworks relevant to the
Business Transformation Capability
Identify overlaps which cause nothing but frustration
among warring fiefdoms in most organizations
Identify and suggest a way to think about the gaps
that all of these frameworks have failed to rectify
Video 5: Developing a List of Enterprise
Frameworks
About Frameworks
In general, a framework is a real or conceptual structure
intended as a support or guide for the building of something
that expands the structure into something useful. A
framework is generally more comprehensive than a protocol
and more prescriptive than a structure.
Examples of frameworks that are currently used or offered
by standard bodies and organizations include:
• Resource Description Framework, a set of rules
from the World Wide Web Consortium for how to
describe any Internet resource such as a web
site and its content
• Internet Business Framework, a group of
programs that form the technological basis for a
business application. As an example, the mySAP
product from SAP, a German company that
markets an enterprise resource management line
of products
• Sender Policy Framework, a defined
programming approach for making e-mail more
secure
• Zachman framework, a logical structure intended
to provide a comprehensive representation of an
Chapter 2: Framework Confusion
35
information technology enterprise that is
independent of the tools and methods used in
any particular IT business
• The Open Group Architecture Framework
(TOGAF®), TOGAF® gives software architects a
structured approach for organizing and
governing their software technology design,
development and maintenance
• OSGi (Open Service Gateway Initiative), OSGi is
a Java framework for developing and deploying
modular software programs and libraries.
The focus of this section is to provide an overview of major
frameworks involved in the Business Transformation
Capability.[1]
Video 6: The Importance of Perspective
Five Forces Analysis
Porter's Five Forces Analysis is a framework[2] for industry analysis and business strategy development formed by Michael E.
Porter of Harvard Business School in 1979. It draws upon industrial organization (IO) economics to derive five forces that
determine the competitive intensity and therefore attractiveness of a market. Attractiveness in this context refers to the
overall industry profitability. An "unattractive" industry is one in which the combination of these five forces act to drive down
overall profitability. A very unattractive industry would be one approaching "pure competition", in which available profits for all
firms are driven to small if any profit.
Three of Porter's five forces refer to competition from external sources; the remainder are internal threats.
Chapter 2: Framework Confusion
36
Figure 2: Five Forces Analysis Model
Threat of New Competition
Profitable markets that yield high returns will attract new
firms. This results in many new entrants and thus
eventually will decrease profitability for all firms in the
industry. Unless the entry of new firms can be blocked by
incumbents, the abnormal profit rate will tend towards zero
(perfect competition).
There exist barriers to entry (such as patents, rights, and
so on). The most attractive segment is one in which entry
barriers are high and exit barriers are low. Few new firms
can enter and non-performing firms can exit easily.
Consider the following for evaluating the threat of new
competition:
• Economies of product differences
Chapter 2: Framework Confusion
37
• Brand equity
• Switching costs or sunk costs
• Capital requirements
• Access to distribution
• Customer loyalty to established brands
• Absolute cost
• Industry profitability; the more profitable the
industry the more attractive it will be to new
competitors
Threat of Substitute Products or Services
The existence of products outside of the realm of the
common product boundaries increases the propensity of
customers to switch to alternatives. Note that this should
not be confused with competitors' similar products but
entirely different ones. For example, Pepsi is not considered
a substitute for Coke but water, tea, coffee, and milk are.
Consider the following to evaluate this threat:
• Buyer propensity to substitute
• Relative price performance of substitute
• Buyer switching costs
• Perceived level of product differentiation
• Number of substitute products available in the
market
• Ease of substitution. Information-based products are
more prone to substitution, as online products can
easily replace material product.
• Substandard product
• Quality depreciation
Bargaining Power of Customers (buyers)
The bargaining power of customers is also described as the
market of outputs: the ability of customers to put the firm
under pressure, which also affects the customer's
sensitivity to price changes. Consider the following when
evaluating this threat:
• Buyer concentration to firm concentration ratio
• Degree of dependency upon existing channels of
distribution
• Bargaining leverage, particularly in industries with
high fixed costs
• Buyer volume
• Buyer switching costs relative to firm switching costs
• Buyer information availability
• Availability of existing substitute products
• Buyer price sensitivity
• Differential advantage (uniqueness) of industry
products
• RFM Analysis
Chapter 2: Framework Confusion
38
• RFM is a method used for analyzing customer
behavior and defining market segments. It is
commonly used in database marketing and direct
marketing and has received particular attention in
retail. RFM stands for:
• Recent activity - How recently did the customer
purchase?
• Frequency - How often do they purchase?
• Monetary Value - How much do they spend?
Bargaining Power of Suppliers
The bargaining power of suppliers is also described as the
market of inputs. Suppliers of raw materials, components,
labor, and services (such as expertise) to the firm can be a
source of power over the firm, when there are few
substitutes. Suppliers may refuse to work with the firm, or,
as an example, charge excessively high prices for unique
resources. Consider the following when evaluating this
threat:
• Supplier switching costs relative to firm switching
costs
• Degree of differentiation of inputs
• Impact of inputs on cost or differentiation
• Presence of substitute inputs
• Strength of distribution channel
• Supplier concentration to firm concentration ratio
• Employee solidarity (e.g. labor unions)
• Supplier competition: ability to forward vertical
integration and cut out the buyer
As an example, if you are making baked goods and there is
only one vendor that sells flour, you have no alternative but
to buy it from this sole vendor.
Intensity of Competitive Rivalry
For most industries, the intensity of competitive rivalry is
the major determinant of the competitiveness of the
industry. Consider the following when evaluating this
threat:
• Sustainable competitive advantage through
innovation
• Competition between online and offline companies
• Level of advertising expenses
• Powerful competitive strategy
Value Chain
A value chain[3] is a chain of activities for a firm operating in a specific industry. Products pass through all activities of the
chain in order, and at each activity the product gains incremental value. The chain of activities gives the product more added
value than the sum of the independent activities.
Chapter 2: Framework Confusion
39
Figure 3: Example of a Value Chain for Healthcare Insurance
About Value Chain
Michael Porter in 1985 introduced in his book ‘The
Competitive Advantage’ the concept of the Value Chain. He
suggested that activities within the organization add value
to the services and products that the organization produces
and all these activities should be run at an optimum level if
the organization is to gain real competitive advantage. If
they are run efficiently, the value obtained should exceed
the costs of running them, as an example, customers
Chapter 2: Framework Confusion
40
should return to the organization and transact freely and
willingly. Michael Porter suggested that the organization is
split into ‘primary activities’ and ‘support activities’.
Key Elements of a Value Chain
• Final Value Product is the output
• Determine the required Measurement (of
performance)
• Contribution of each Activity towards the
Measurement
• Capabilities needed to ensure optimum utilization of
resources
Example of Primary and Support Activities
Primary Activities
Inbound logistics refers to goods being obtained from the
organization’s suppliers ready for use in producing the end
product. Additional primary activities include:
• Operations: The raw materials and goods obtained
are manufactured into the final product. Value is
added to the product at this stage as it moves
through the production line.
• Outbound logistics: Once the products have been
manufactured, they are ready to be distributed to
distribution centres, wholesalers, retailers or
customers.
• Marketing and Sales: Marketing must make sure
that the product is targeted towards the appropriate
customer group. The marketing mix is used to
establish an effective strategy; any competitive
advantage is clearly communicated to the target
group by the use of the promotional mix.
• Post Sale Services: After the product/service have
been sold, what support services does the
organization have to offer? This may come in the
form of after sales training, guarantees and
warranties.
With the above activities, any or a combination of them,
may be essential for the firm to develop the competitive
advantage which Porter talks about in his book.
Application of Value Chain for the Wireless
Support Activities
Support activities assist the primary activities in helping the
organization achieve its competitive advantage; they
include:
• Procurement: This department must source raw
materials for the organization and obtain the best
price for doing so. For the price, they must obtain
the best possible quality.
• Technology development: The use of technology
to obtain a competitive advantage within the
organization is very important in today’s
technological driven environment. Technology can
Chapter 2: Framework Confusion
41
be used in production to reduce costs thus add
value, or in research and development to develop
new products, or via the use of the internet so
customers have access to online facilities.
• Human resource management: The organization
will have to recruit, train and develop the correct
people for the organization if they are to succeed in
their objectives. Staff will have to be motivated and
paid the ‘market rate’ if they are to stay with the
organization and add value to it over their duration
of employment. Within the service sector, as an
example, for airlines it is the ‘staff’ who may offer
the competitive advantage that is needed.
• Firm infrastructure: Every organization needs to
ensure that their finances, legal structure and
management structure works efficiently and helps
drive the organization forward.
Vision and Strategic Intent
• Enterprise Vision: Vision describes a goal with an
infinite horizon. For example, the vision of Mothers
Against Drunk Driving (MADD) is to eliminate deaths
caused by impaired drivers. This outcome where
there are no deaths due to impaired driving may not
be realized in our life time, but that does not make
the vision invalid.
• Strategic Intent: Whereas the Enterprise Vision
describes the goals of the organization outside a
specific time frame, Strategic Intent describes time-
bound specific goals of the organization. Strategic
intent would say eliminate deaths caused by alcohol
related accidents in 5 years on 400 series highways
during the May 24, Victoria Day long weekend.
Video 7: Understanding Primary and
Supporting Activities
Balanced Scorecard
The Balanced Scorecard[5] is a strategic planning and
management system that is used extensively in industry,
government, and non-profit organizations worldwide to
align business activities to the vision and strategy of the
organization, improve internal and external
communications, and monitor organization performance
against strategic goals. It was originated by Dr. Robert
Kaplan (Harvard Business School) and Dr. David Norton as
a performance measurement framework that added
strategic non-financial performance measures to traditional
financial metrics to give managers and executives a more
'balanced' view of organizational performance.
Perspectives
The balanced scorecard suggests that we view the
organization from four perspectives, and to develop
metrics, collect data and analyze it relative to each of these
perspectives:
• The Learning & Growth Perspective
Chapter 2: Framework Confusion
42
• The Business Process Perspective
• The Customer Perspective
• The Financial Perspective
Balanced Scorecard Software
The Balanced Scorecard is not a piece of software.
Unfortunately, many people believe that implementing
software amounts to implementing a Balanced Scorecard.
Once a scorecard has been developed and implemented,
performance management software can be used to get the
right performance information to the right people at the
right time. Automation adds structure and discipline to
implementing the Balanced Scorecard and helps transform
disparate corporate data into information and knowledge.
This additionally helps communicate performance
information.
Video 8: Expectations of a Balanced
Scorecard
Strategic Themes
As the concept of the Balanced Scorecard progressed, users
found that they needed to know the reason for the choice of
all Strategy Map[4] perspectives and objectives. To provide
improved motivation, management also needed to
demonstrate that these medium-level strategic goals are
permanent and defendable. Hence, each perspective and
objective should be backed up by statements that explain
and defend their existence. These are commonly called 3rd
Generation Balanced Scorecard Statements.
As mentioned below, many Strategy Maps have the
customer as the top perspective, however, this is ultimately
a decision that the author needs to make. This example
puts the finance perspective at the top and shows the
perspective purpose statements.
Perspective: Finance
Purpose: Our stakeholder wants and needs will be fully
satisfied through innovative initiatives which will maintain
and improve our financial performance
Perspective: Customer
Purpose: We will strive to always impress our customers
through innovative product provision, proactive industry
knowledge and productive relationships.
Perspective: Internal Business Process
Purpose: Our staff will constantly focus on Operational
Excellence issues including safety, efficiency and
proactivity.
Perspective: Learning and Growth
Purpose: To achieve our operational performance, our staff
will perform learning based initiatives that will enhance
organizational capability.
A typical Strategy Map is outlined in the following figure
and defines a Strategic Pillar, Supporting Strategies,
Chapter 2: Framework Confusion
43
affected capabilities and desired target state for each
Capability. As well as dependencies, investment
commitment, risk and commitment is required from the
pillar leader who is ACCOUNTABLE and RESPONSIBLE for
business outcomes.
Figure 4: Typical Strategy Themes and Capabilities Map
Chapter 2: Framework Confusion
44
Video 9: Creating Perspectives for Strategic
Themes
Enterprise Architecture and TOGAF®
TOGAF® is the most comprehensive framework for
Enterprise Architecture. It consists of seven major
modules[6]:
1. Context for TOGAF®: Its application as a Business
Transformation Framework
2. Architecture Development Methods:
Preliminary Phase, Architecture Requirements,
Opportunity Definition, Architecture and Roadmap,
Planning and Transition, Value Management
3. Guidelines and Techniques: Since TOGAF® is a
framework for Business Transformation, the scope
of transformation programs is often different and
this section provides guidelines on how to adapt
TOGAF® to your needs and secondly incorporates
techniques defined by many other management
disciplines. The techniques section is not meant to
be complete but it does provide a comprehensive
list and brief introduction to all necessary topics. In
addition, those studying Business Transformation
should review the Open CA certification
requirements to gain a deeper understanding of
required skills.
4. Architecture Content Framework (ACF): The
ACF provides a standard way to capture
architecture documents for maximum reuse and
ease of communication.
5. Enterprise Continuum (EC): Since architecture
of capabilities is reusable, the EC provides a
framework to define architecture for common
capabilities at a Foundation, Common Systems,
Industry and Organization Level. Architecture for
most capabilities should be and can be defined at
an industry level detail. In absence of these
architectures, we risk the value of learning from
other experiences and may not realize what is
possible.
6. Reference Models TRM and III-RM: These are
instances of Enterprise Continuum for an IT
Organization. They provide a framework on how to
define a Technology Simplification strategy.
7. Enterprise Architecture Skills Framework: This
section provides us insights of the skill sets needed
by those involved with business transformation.
Chapter 2: Framework Confusion
45
Figure 5: TOGAF® 9.1 Enterprise Architecture Framework
Key Highlights of TOGAF®
End conditions: Business Drivers and Enterprise Capabilities
• Business Drivers: Strategic Intent and Business
Outcomes
• Enterprise Capabilities: Helps define and refine
Enterprise Capabilities. Capabilities are optimized
using the following 4 contexts, not necessarily in
this order:
o Cost and Service Level
o Enterprise Risks
o Organic Growth
o Acquired Growth
Chapter 2: Framework Confusion
46
Integrative Thinking
Integrative Thinking is a field in Applied Mind Science which
was originated by Graham Douglas in 1986. He describes
Integrative Thinking as the process of integrating intuition,
reason and imagination in a human mind with a view to
developing a holistic continuum of strategy, tactics, action,
review and evaluation for addressing a problem in any field.
A problem may be defined as the difference between what
one has and what one wants.
Integrative Thinking theory was originated by Roger Martin,
former Dean of the Rotman School of Management, at The
University of Toronto and collaboratively developed with his
colleague Mihnea C. Moldoveanu, Director of the Desautels
Centre for Integrative Thinking. Integrative Thinking is a
discipline and methodology for solving complex or wicked
problems.
The Rotman School of Management defines integrative
thinking as:
"...the ability to constructively face the tensions of
opposing models, and instead of choosing one at the
expense of the other, generating a creative
resolution of the tension in the form of a new model
that contains elements of the individual models, but
is superior to each."[18]
The theory is made practical by thinking in four discreet but
inter-related steps: [7]
• Salience: what features do I see as important?
• Causality: how do I make sense of what I see?
• Architecture: what tasks will I do in what order?
• Resolution: how will I know when I am done?
Chapter 2: Framework Confusion
47
Figure 6: Integrative Thinking Model
Video 10: Trade-offs vs. Transcending Conflict
Salience
Causality
Architecture
Resolution
More Features of the Obstacles are considered Salient
Multi-directional and non- linear causality is considered
Whole visualized while working on individual parts
Integrated or System Thinking
Conventional Thinking Unattractive trade-offs
are accepted
Sequential/ Independent consideration of piece parts
Simplified consideration of Causality
Limited consideration of features
Chapter 2: Framework Confusion
48
Salience
The conventional approach is to discard as many
considerations as possible. To reduce our exposure to
complexity – most find complexity to be uncomforting – we
often filter out salient features when considering an issue to
guide a less than understood focus. We also do this
because of how most organizations are structured; each
functional specialty has its own narrow view of what merits
consideration and we do not cross boundaries.
Causality
In the second step of decision making, we analyze how the
numerous salient factors relate to one another.
Conventional thinkers tend to take the same narrow view of
causality that they do of salience; they only consider items
of relevant interest which is a straight-line causal
relationship. The integrative thinker isn’t afraid to question
the validity of apparently obvious links or to consider
multidirectional and nonlinear relationships.
Architecture
The order in which decisions are made will affect the
outcome. Integrative Thinkers don’t break down a problem
into independent pieces and work on them separately or in
a certain order. They see the entire architecture of the
problem of how the various parts of it fit together, how one
decision will affect another. Just as important, they hold all
of the pieces suspended in their minds concurrently.
Resolution
All of these stages – determining what are salient,
analyzing the causal relationships between the salient
factors, examining the architecture of the problem – lead to
an outcome. Too often, we accept an unpleasant trade-off
with relatively little uproar since it appears to be the best
alternative. When a satisfactory outcome does emerge, it is
inevitably due to the leader’s refusal to accept trade-offs
and conventional options. To achieve such outcomes, we
must transcend the conflicting requirements.
Portfolio of Investments
There is little consensus in the industry on exactly what is
the scope of Enterprise Portfolio Management. Many
frameworks, such as TOGAF®, make reference to this idea
but however, there is little actionable content in the most
popular frameworks. Most discussion on this subject rest on
the following notion:
"Pick the right projects and you’ll create competitive
advantage. Pick the wrong ones and you’re out of business.
This approach offers decades of practical and diverse PPM
experience - without having to suffer the failures.”[8]
Many software vendors have taken a more scientific
approach to project selection. These approaches support a
Balanced Scorecard and incorporate scientific management
methods such as ROI, risk and constraints. In all
frameworks, during the planning phase, there is an
estimate of cost and value. However, many of these
frameworks have no explicit method to measure actual
Chapter 2: Framework Confusion
49
value from the investment. Similarly, there is no
transparency, accountability and governance in terms of
exactly who is responsible and accountable for results.
Therefore, portfolio management still remains an academic
and theoretical exercise.
Project Management
Project management is the discipline of planning,
organizing, motivating and controlling resources to achieve
specific goals.[9] A project is a temporary endeavor with a
defined beginning and end. A project is also typically time-
constrained and constrained by funding and/or deliverables.
Approaches
There are a number of approaches to managing project
activities including lean, iterative, incremental, and phased.
Regardless of the methodology employed, careful
consideration must be given to the overall project
objectives, timeline, and cost, as well as the roles and
responsibilities of all participants and stakeholders.
A traditional phase approach identifies a sequence of steps
to be completed. In the "traditional approach", five
developmental components of a project can be
distinguished (four stages plus control):
Typical phases of an engineering project include:
• initiation
• planning and design
• execution and construction
• monitoring and controlling systems
• completion
Not all projects will have every stage as a sample of
projects can be terminated before they reach completion.
Some projects do not follow a structured planning and/or
monitoring process. In addition, some projects will go
through steps 2, 3 and 4 in multiple iterations.
System Development Life Cycle
Once upon a time, business software development
consisted of a programmer writing code to automate a
procedure or business process. Complex systems that
address engineering and/or scientific matters have always
been complex and often required teams of architects,
analysts, programmers, testers and users who must work
together to create the million plus lines of custom
programming code. Over the years, computing technology
has penetrated almost all aspects of our lives and today,
even simple systems must seamlessly interact with several
technologies and stakeholders. As a result, the complexity
of building, maintaining and exploiting these systems have
increased many folds over the years[10].
To manage this complexity, a number of system
development life cycle (SDLC) models have been created:
cascade, fountain, spiral, build and fix, rapid prototyping,
incremental, and synchronize and stabilize. All of these
models are variations of the oldest known method:
waterfall, which consists of the following phases:
Chapter 2: Framework Confusion
50
• Project planning, feasibility study: Establishes a
high-level view of the intended project and
determines its goals.
• Systems analysis, requirements definition:
Refines project goals into defined functions and
operation of the intended application. Analyzes end-
user information needs.
• Systems design: Describes desired features and
operations in detail, including screen layouts,
business rules, process diagrams, pseudo code and
other documentation.
• Implementation: Programming code and software
components are created.
• Integration and testing: Brings all the pieces
together into a special testing environment, then
checks for errors, bugs and interoperability.
• Acceptance, installation and deployment: The
final stage of initial development where the software
is put into production and is part of the business.
• Maintenance: During the life of the software in
production, the following maintenance activities are
accounted for: change, correction, additions, moves
to different computing platforms and more. These
activities, the least glamorous and perhaps most
important step of all, goes on seemingly forever.
Video 11: Agile vs. Waterfall
Organization Change Management
The ability to change is critical to industry leadership and
global business success. Yet change is the toughest
challenge that companies face, especially complex, high-
stakes and break-through change. Studies consistently
show that four out of five major change efforts fail [23].
What if you could minimize that risk of failure by
emphasizing both the "soft side" and the "hard side" of
change management? This was the driver behind the
Boston Consulting Group's [11] (BCG) approach to "The Hard
Side of Change Management". From studying hundreds of
major change programs at companies around the world, the
goal was to develop a more effective approach that would
reduce the risk and virtually assure a positive outcome.
Based on their findings, a systematic approach was created
that addresses:
• Operational and organizational changes
• Behaviours that affect program outcomes and are
critical to success
• Rigorous program development, tracking and
reporting to stay on schedule and on budget
BCG determined that the outcome of change initiatives is
driven by four elements:
• the Duration of the project
• the performance Integrity of the team
Chapter 2: Framework Confusion
51
• the organizational Commitment to change
• the additional Effort required of staff members
Assessing projects against these four elements, known as
DICE®, can help institutions achieve successful change. The
methodology created for scoring and statistical analysis of
the dynamics of DICE® allows an objective assessment of
the likely outcome of transformation.
Video 12: DICE Findings Create Common
Discussion Points
From collective experiences, DICE® has been a useful tool
to gage the success of a change initiative.
Leadership through People Skills
Communication skills are often under-rated and under-
valued but are also the biggest cause of ineffective plan and
execution. The reason for failure is not due to stakeholder
indifference about the issue, it is human nature that we
often lack the fundamental skills and process by which to
plan and execute communication. The Leadership through
People Skills framework provides a practical approach to
develop and continuously improve communication skills
regardless of the stakeholders involved.
The framework defines people skills as follows:
• Sizing up – observe what people do in work
situations and why
• Communication Skills – once you diagnose your
and other persons’ work and learning behaviour, you
then need a communication strategy
• Motivations Skills – create an environment for
people to do what they are capable of doing
• Adaptive Skills – vary the communication and
motivation technique that meets each individual’s
style of learning
This framework provides practical guidance on how to:
• Assess your and other people’s working and learning
behavior.
• Strategy of communication depending on the
personality type [Q1 to Q4] and apply different
communication techniques depending on the
relationship with the other stakeholder as a peer,
subordinate and superior
o Q1: Dominant & Unresponsive
Aggressive, Demanding, Close
minded, Seizes control, Forces ideas
o Q2: Submissive and Unresponsive
Aloof, Unresponsive, Cautious,
Neutral, Guarded
o Q3: Dominant and Responsive
Chapter 2: Framework Confusion
52
Over Agreeable, Meandering,
Appeasing, Compromises quickly,
Over friendly
o Q4: Submissive and Responsive
Forceful, Open, Enquiring, Task
Oriented, Responsive
• Create a five step process on how to execute the
meeting where a critical subject is being
communicated
o Social
o Objective and value for each agreement
o Other person’s opinion
o Restate common ground and identify the
disconnects
o Allow venting
o Develop go forward plan
The Leadership through People Skills text book is available
from McGraw Hill publication.[12]
IT Service Management
IT Service Management (ITSM)[13] is a process-based
practice intended to align the delivery of information
technology (IT) services with needs of the enterprise,
emphasizing benefits to customers. ITSM involves a shift
from managing IT as stacks of individual components to
focusing on the delivery of end-to-end services using best
practice process models. ITIL (Information Technology
Infrastructure Library) is a globally recognized collection of
best practices for information technology (IT) service
management.
Key ITIL Process:
Service Strategy
o Financial Management
o Demand Management
o Service Portfolio Management
Service Design
o Capacity Management
o Service Level Management
o Availability Management
o IT Service Continuity Management
o Service Catalogue Management
o Supplier Management
o Information Security Management
o Transition Planning & Support
Service Transition
o Change Management
o Configuration Management
o Release Management
o Service Validation and Testing
o Knowledge Management
Chapter 2: Framework Confusion
53
o Evaluation Management
Service Operation
o Incident Management
o Problem Management
o Request Fulfillment
o Access Management
o Event Management
o Service Desk Management
o Technical Management
o IT Operations Management
o Application Management
Continual Service Improvement
o A 7 Step Service Improvement (Identify
Strategic Direction, Define the areas that
you can measure, Collecting the data,
Processing the data, Analysing the data,
Making it usable and presenting the data,
Implementing change)
ITIL processes applied within the context of the ICT
Capability and incremental improvement that can be
realized goes a long way to define which service should be
implemented.
Video 13: ITIL: The industrialization of IT
Service Management
Lean Six Sigma
Lean Six Sigma[14, 20] is a managerial concept of Lean and
Six Sigma that results in the elimination of the seven kinds
of wastes/’muda’3 – classified as Transportation, Inventory,
Motion, Waiting, Overproduction, Over-Processing, and
Defects.
The Lean Six Sigma concepts were first published in the
book titled "Lean Six Sigma: Combining Six Sigma with
Lean Speed" authored by Michael George in 2002. Lean Six
Sigma utilises the DMAIC4 phases similar to that of Six
Sigma. The Lean Six Sigma projects comprise the Lean's
waste elimination projects and the Six Sigma projects
based on the critical to quality characteristics.
The DMAIC toolkit of Lean Six Sigma comprises of all the
Lean and Six Sigma tools. The training for Lean Six Sigma
is provided through the belt based training system:
White Belts – business value of lean six sigma
Yellow Belts – lean six sigma awareness
Green Belts – focus on tools usage and application of
lean principles through DMAIC
Black Belts – expert skills to lead complex
improvement projects
3 A Japanese word meaning "futility; uselessness; idleness; superfluity;
waste; wastage; wastefulness" according to Kenkyusha's New Japanese-English Dictionary, 5th edition, 2003, Tokyo: Kenkyusha, p. 2530 4 Define, Measure, Analyze, Improve and Control
Chapter 2: Framework Confusion
54
Master Black Belts – expert to lead and oversee
multiple projects
The DMAIC project methodology has five phases:
1. Define the problem, the voice of the customer, and
the project goals, specifically.
2. Measure key aspects of the current process and
collect relevant data.
3. Analyze the data to investigate and verify cause-
and-effect relationships. Determine what the
relationships are and attempt to ensure that all
factors have been considered. Seek out the root
cause of the defect under investigation.
4. Improve or optimize the current process based upon
data analysis using techniques such as design of
experiments, poka-yoke5 or mistake proofing, and
standard work to create a new, future state process.
Set up pilot runs to establish process capability.
5. Control the future state process to ensure that any
deviations from target are corrected before they
result in defects. Implement control systems such as
statistical process control, production boards, visual
workplaces, and continuously monitor the process.
Some organizations add a “Recognize” step at the
beginning, which is to recognize the right problem to work
on, thus yielding an RDMAIC methodology.
5 Any mechanism in a lean manufacturing process that helps an equipment
operator avoid mistakes
In recent years, Lean Six Sigma in healthcare [21] has
achieved significant prominence partially due to its focus on
error reduction, visual analysis and what matters to the
patient as a focal point of care quality.
Video 14: Lean and Six Sigma Thinking for
Process Optimization
Enterprise Governance
Enterprise governance includes Information Technology
governance [15] which is a subset discipline of corporate
governance focused on information technology (IT) systems
and their performance and risk management. The rising
interest in IT and also Enterprise governance is partly due
to compliance initiatives, for instance Sarbanes-Oxley in the
USA and Basel II in Europe. Additionally, IT governance is
also gaining prominence due to the need for greater
accountability for decision-making around the use of IT in
the best interest of all stakeholders.
There are many narrower and broader definitions of IT
governance. Weill and Ross focus on "Specifying the
decision rights and accountability framework to encourage
desirable behavior in the use of IT." In contrast, the IT
Governance Institute expands the definition to include
foundational mechanisms: "… the leadership and
organisational structures and processes that ensure that
the organisation’s IT sustains and extends the
organisation’s strategies and objectives."
Chapter 2: Framework Confusion
55
Furthermore, there are quite a few supporting frameworks
that enable this realization. Some of them are:
• AS8015-2005 Australian Standard for Corporate
Governance of Information and Communication
Technology. AS8015 was adopted as ISO/IEC 38500
in May 2008
• ISO/IEC 38500:2008 Corporate governance of
information technology, (very closely based on
AS8015-2005) provides a framework for effective
governance of IT to assist those at the highest level
of organizations to understand and fulfill their legal,
regulatory, and ethical obligations in respect of their
organizations’ use of IT. ISO/IEC 38500 is applicable
to organizations from all sizes, including public and
private companies, government entities, and not-
for-profit organizations. This standard provides
guiding principles for directors of organizations on
the effective, efficient, and acceptable use of
Information Technology (IT) within their
organizations.
• COBIT (Control Objectives for Information and
related Technology) is regarded as the world’s
leading IT and Enterprise governance and control
framework. COBIT provides a reference model of 34
IT processes typically found in an organization. Each
process is defined together with process inputs and
outputs, key process activities, process objectives,
performance measures and an elementary maturity
model. Originally created by ISACA, COBIT is now
the responsibility of the ITGI (IT Governance
Institute). ISACA is promoting Enterprise
governance of IT and not just for IT; this is evident
in version 5 of COBIT. This version embeds all
supporting frameworks such as Val IT and Risk IT
into a consistent view. There is also a distinction of
management and governance.
• ITIL (IT Infrastructure Library) is a high-level
framework with information on how to achieve a
successful operational Service management of IT,
developed and maintained by the United Kingdom's
Office of Government Commerce, in partnership with
the IT Service Management Forum. While not
specifically focused on IT governance, the process-
related information is a useful reference source for
tackling the improvement of the service
management function.
In this section, we will give particular due diligence to
COBIT and ValIT; these are often cited frameworks in the
Business Transformation Capability.
COBIT
Control Objectives for Information and related Technology
(COBIT®)[22] provides practices across a domain and
process framework and presents activities in a manageable
and logical structure. The business orientation of COBIT
consists of linking business goals to IT goals, providing
metrics and maturity models to measure their achievement
and identifying the associated responsibilities of business
and IT process owners.
Chapter 2: Framework Confusion
56
The process focus of COBIT is illustrated by a process
model that subdivides IT into four domains and 34
processes in line with the responsibility areas of plan, build,
run and monitor, providing an end-to-end view of IT.
Enterprise architecture concepts help identify the resources
essential for process success, such as applications,
information, infrastructure and people.
• Plan and Organize
o PO1 Define a strategic IT plan.
o PO2 Define the information architecture.
o PO3 Determine technological direction.
o PO4 Define the IT processes, organisation
and relationships.
o PO5 Manage the IT investment.
o PO6 Communicate management aims and
direction.
o PO7 Manage IT human resources.
o PO8 Manage quality.
o PO9 Assess and manage IT risks.
o PO10 Manage projects.
• Acquire and Implement
o AI1 Identify automated solutions.
o AI2 Acquire and maintain application
software.
o AI3 Acquire and maintain technology
infrastructure.
o AI4 Enable operation and use.
o AI5 Procure IT resources.
o AI6 Manage changes.
o AI7 Install and accredit solutions and
changes.
• Deliver and Support
o DS1 Define and manage service levels.
o DS2 Manage third-party services.
o DS3 Manage performance and capacity.
o DS4 Ensure continuous service.
o DS5 Ensure systems security.
o DS6 Identify and allocate costs.
o DS7 Educate and train users.
o DS8 Manage service desk and incidents.
o DS9 Manage the configuration.
o DS10 Manage problems.
o DS11 Manage data.
o DS12 Manage the physical environment.
o DS13 Manage operations.
• Monitor and Evaluation
o ME1 Monitor and evaluate IT performance.
Chapter 2: Framework Confusion
57
o ME2 Monitor and evaluate internal control.
o ME3 Ensure compliance with external
requirements.
o ME4 Provide IT governance
Although version 5 of COBIT combines Val IT and IT Risk
supporting frameworks, it is by intention that these
frameworks are discussed separately to illustrate how
multiple frameworks that complement each other have
caused confusion.
Val IT: Val IT[16] is a governance framework including
generally accepted guiding principles and supporting
processes related to the evaluation and selection of IT-
enabled business investments, and benefit realization and
delivery of value from those investments. ValIT does not
specify how these processes will be realized.
ValIT Principles
• IT-enabled investments will:
o Be managed as a portfolio of investments
o Include the full scope of activities required to
achieve business value
o Be managed through their full economic life
cycle
• Value delivery practices will:
o Recognise different categories of investments
to be evaluated and managed differently
o Define and monitor key metrics and respond
quickly to any changes or deviations
o Engage all stakeholders and assign
appropriate accountability for delivery of
capabilities and realisation of business
benefits
o Be continually monitored, evaluated and
improved
ValIT Processes
• Value Governance (VG)
o Establish informed and committed leadership
o Define and implement processes
o Define portfolio characteristics
o Align and integrate value management with
enterprise financial planning
o Establish effective governance monitoring
o Continuously improve value management
practices
• Portfolio Management (PM)
o Establish strategic direction and target
investment mix
o Determine the availability and sources of
funds
o Manage the availability of human resources
o Evaluate and select programmes to fund
o Monitor and report on investment portfolio
performance
o Optimise investment portfolio performance
• Investment Management (IM)
o Develop and evaluate the initial programme
concept business case
Chapter 2: Framework Confusion
58
o Understand the candidate programme and
implementation options
o Develop the programme plan
o Develop full life cycle costs and benefits
o Develop the detailed candidate programme
business case
o Launch and manage the programme
o Update operational IT portfolios
o Update the business case
o Monitor and report on the programme
o Retire the programme
Observations
In summary, all of the identified frameworks are valid and
accurate for an assigned purpose such as maturing the
delivery of the department or organizational group.
Collective understanding of the frameworks is needed to
help transform an enterprise within specific context as
organizations are complex structures designed to execute
routine tasks both effectively and efficiently. As such, the
transformation framework needs to adapt and integrate
with one another as well as with the operations of the
organization. Therefore, a structure that will enable
transformation with minimal disruption to all involved is
needed.
Common Ground and Gaps
Before the study of overlaps and common ground, let’s
quickly review the value chain of how ICT helps generate
enterprise value. In chapter 1, it was discussed how a
directed approach can:
• Optimize the Cost of ICT without increasing
technology risks and reducing business agility
• Ensure that ICT driven change actually produces the
expected returns and can also be done in a
transparent and accountable fashion
• Define and materialize new opportunities through
leveraging new ICT Capabilities
ICT Value Chain
The following figure shows how enterprise capabilities
interact in the enterprise to support the Enterprise Vision
and Strategic Intent. This value chain leverages previously
defined frameworks and is included here to ensure common
vocabulary and context. The example organization is
defined as follows:
• Vision: Eradicate cervical cancer [this goal has
an infinite timeline]
• Strategic Intent: By 2015, eradicate cervical
cancer in sub-Sahara countries [this goal is time
bound and SMART6 and it aligns with the
enterprise vision]
6 Acronym for Specific, Measurable, Achievable, Relevant and Time-bound
Chapter 2: Framework Confusion
59
Figure 7: Enterprise Capabilities that help Generate Value
1. Define Strategy
a. Assess market landscape
b. Assess enterprise capabilities
c. Plan – what to change, to what, value of
change, budget
2. Change Plan and Value Generation
a. Conceptual (what and why) Change Plan
b. Value Generation
c. Investment Plan
3. Change Execution
a. Oversee and execute change plan
b. SDLC – detail change plan
Chapter 2: Framework Confusion
60
c. Organization change management
4. Industrialize Change and Support
a. Stabilize technical change
b. Stabilize people change
c. Maintain systems and make incremental
changes
5. Enterprise Capabilities Repository
a. Manage repository and transition plan
b. Capability performance dashboard
6. Enterprise Performance Governance
a. Financial
b. Innovation
c. Culture
d. Social Responsibility
Overlap and Gaps
Assessment Criteria
Designed for: Green – this framework was designed for this
task. Resources with knowledge of this framework often
need to lead this task.
• Extendable: Yellow – this framework can be
extended if there is no other suitable
resource/framework. Resources within this
framework should participate in executing this
activity so they are better informed about
activities subsequently down the line.
• Force-Fitted: Red – if extended, this framework
will be force-fitted and will often lead to the
wrong conclusion. As an old saying goes, if you
are hammer, every problem is a nail.
The rationale of inclusion/exclusion is not to be ignored for
any framework; the objective is to become a lean team to
get things done effectively and efficiently.
Chapter 2: Framework Confusion
61
Table 3: Business Transformation Value Chain and Common
Frameworks highlights how each framework contributes to
a specific subset of business transformation. The purpose is
to:
• Highlight overlaps in frameworks – These
overlaps become major source of friction
between various teams within an organization.
• Highlight gaps that no framework addresses –
Since these activities are not within any domain,
failure to not effectively execute them often has
dire consequences downstream. Additionally,
without accountability the needed work does not
get done.
Assessment Criteria
• Designed for: Green – this framework was
designed for this task. Resources with knowledge
of this framework often need to lead this task.
• Extendable: Yellow – this framework can be
extended if there is no other suitable
resource/framework. Resources within this
framework should participate in executing this
activity so they are better informed about
activities subsequently down the line.
• Force-Fitted: Red – if extended, this framework
will be force-fitted and will often lead to the
wrong conclusion. As an old saying goes, if you
are hammer, every problem is a nail.
The rationale of inclusion/exclusion is not to be ignored for
any framework; the objective is to become a lean team to
get things done effectively and efficiently.
Chapter 2: Framework Confusion
62
Table 3: Business Transformation Value Chain and Common Frameworks
Value
Chain
Phase
Framework / Value Chain Step
Fiv
e F
orces A
naly
sis
Valu
e C
hain
Str
ate
gic
Th
em
es
Map
pin
g
Bala
nced
Sco
recard
En
terp
ris
e
Arch
itectu
re
Syste
m T
hin
kin
g
Po
rtf
olio
Man
ag
em
en
t
Pro
ject
Man
ag
em
en
t
Syste
m D
evelo
pm
en
t
Lif
e C
ycle
Org
an
izati
on
Ch
an
ge
Man
ag
em
en
t
Lead
ersh
ip th
ro
ug
h
Peo
ple
Skil
ls
IT
Servic
e
Man
ag
em
en
t
Op
era
tio
ns
Man
ag
em
en
t
Lean
Sig
ma
IT
Go
vern
an
ce,
Au
dit
,
Fin
an
ce
Val IT
Strategy
Assess market landscape g y y r r y r r r r y r y r y y
Assess enterprise capabilities - define
and assess current and required
state of each Capability
g r r g g r r r r y r y r y y
Plan – what to change, to what,
value of change, budget to change g g Y y r r r y y r y r y y
Change Plan
and Value
Generation
Conceptual (what and why) Change
Plan y y y g
Value Generation - leverage current
capabilities y y y g g g
Investment Plan y y g g g
Change
Execution
Oversee and execute change plan g
SDLC – detail change plan g
Organization change management g y y y
Industrialize
Change and
Support
Stabilize technical change g g
Stabilize people change g
Maintain systems and make
incremental changes y y g g
Chapter 2: Framework Confusion
63
Value
Chain
Phase
Framework / Value Chain Step
Fiv
e F
orces A
naly
sis
Valu
e C
hain
Str
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gic
Th
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Map
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Sco
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Arch
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Man
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Pro
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Man
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Syste
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Lif
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Man
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Peo
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Servic
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em
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Man
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Lean
Sig
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IT
Go
vern
an
ce,
Au
dit
,
Fin
an
ce
Val IT
Enterprise
Capabilities
Repository
Manage repository and transition
plan y g g g g
Capability performance dashboard g g g
Enterprise
Performance
Governance
Financial g
Innovation g
Culture g
Social Responsibility g g
Gaps Addressed
Among all the frameworks discussed above, none have the
needed prescription to be implemented consistently. There
are three subtasks that are essential for ICT to deliver
quantifiable and measurable value that are not covered by
the above:
• How to define Enterprise and Supporting
Capability
• How to define Enterprise Architecture
Requirements
• Harmonize the instinctual architecture defined by
senior management against the one defined
using formal scientific methods
• Lack of value generation as well as transparency
and accountability
Enterprise Capability
Simply, a capability can be defined as an ability to do
something useful. A capability has performance measures
and three components: Current and target performance
metrics and a described business value (outcome) of having
a capability perform at the current and target. The delta
Chapter 2: Framework Confusion
64
between the target and current outcomes is the net value
of changing the capability’s performance.
Elements of a capability include:
• Process: workflow
• People: people who execute the process
• Technology: automation of the process
Capability Performance includes:
• Measures of Capability Performance: As an
example, a Customer Relations Management
(CRM) Capability – answers a customer call
within 10 seconds, a customer’s questions are
addressed 80% of the time on the first call.
Current metric: 10 seconds, 80%; Target metric:
3 seconds, 99%
Business Value (Outcome)
• Measure of the Business Outcome: As an
example, an improvement in the CRM capability
implies a customer satisfaction improvement
from 66% to 95%, customer retention increase
from 30% to 80%, customer referrals improve
from 10% to 80%. The business outcome that
matters: the total cost of getting and keeping a
customer is reduced; this may prove to be a
strategic advantage in the industry.
Video 15: The Capability Concept
Enterprise Architecture Requirements
Enterprise Architecture Requirements [19] are defined as
obstacles that prevent a capability from performing at the
required target state. These are explicitly defined by key
stakeholders who are accountable for Capability
Performance and resulting business outcomes.
• The requirements are defined iteratively at:
(instinctual) contextual, conceptual, logical and
physical levels of detail.
• Architecture Requirements at each iteration trigger
the TOGAF® Architecture Development Methodology
(ADM) phases from Phase A to Phase H. TOGAF®
ADM Phases help define and refine architecture,
develop a transition plan, guide the execution of the
transition plan and manage the capability over its
life time.
• As an example, The CIO’s organization needs to
become an Accountable and Transparent
organization to the rest of the Enterprise
o Need the ability to explicitly measure the
impact of each investment dollar
o Time, cost and risk to react to the changing
business climate
o + more requirements from other stakeholder
points of view
Other requirements that are outputs of the TOGAF® ADM
phases describe the characteristics of the solution. This
Chapter 2: Framework Confusion
65
includes Business Requirements, Functional Specification,
Technical Specification, Organization Change Management,
deployment and so on.
• Business Requirements – describes the improved
business process the organization is prepared to
implement. Processes that are sufficiently improved
enable the capability to performance at the target
state. Typically, these are described in the form of a
Process Model with target improvements. For
example, if the elapsed time is the measure of
improvement then each process must have a current
measure, improved measure, and typical areas to
focus on to improve the process. Remember,
business analysts are the recipients of this document
and they need sufficient guidance to document the
improved process in the Business Requirement
Document (BRD), the document that defines
Business Requirements at a logical level of detail.
• Functional and Technical Specification – Are, in
part, outputs of Systems Architecture, Phase C,
whereas they take input from Business Architecture
and Architecture Requirements.
• OCM Requirements – Are outputs of the Business
Architecture process which describes who are all the
stakeholders impacted and the magnitude of change.
These OCM requirements are sufficient to help draft
the scope of the OCM Strategy and execution plan.
Video 16: Enterprise Architecture
Requirements Position Paper
Iterative Architecture Development
An ideal architecture adapts to conform to Enterprise
constraints and then defines the Transition Plan and
Business Case. We can iterate in each level of abstraction
which includes instinctual, contextual, conceptual, logical
and physical.
• Instinctual – Senior Management’s gut-feel of what
needs to be done.
• Contextual – Answers the “why” questions. The key
stakeholder is the person responsible for business
outcomes.
• Conceptual – Answers the “what” questions. Key
stakeholders are people responsible for a capability’s
performance.
• Logical – Answers the “how” questions. It describes
the details of a process, skills required and
automation needs in order to get the capability to
perform at the desired level.
• Physical – Answers the “with what” questions. Key
stakeholders are those who support the people doing
the logical level work.
Value Realization and Value
Management
Value realization and value management deals with how to
express the net enterprise value from investments in ICT
capabilities. The value generated by a capability needs to
Chapter 2: Framework Confusion
66
be monitored so when expectations come up short, changes
can be made when required. Value must also be realized so
that it can enable the organization to thrive in their
environment.
Video 17: Value Realization is Often Neglected
Summary
This chapter highlighted how a multitude of frameworks
make business transformation difficult. As Dr. Barry
Schwartz pointed out, more choices don’t necessarily lead
to freedom. It is the responsibility of the enterprise’s senior
management to define the business transformation process
and not leave individual framework fiefdom owners to
create one that is based on political compromises.
Chapter 2: Framework Confusion
67
Exercises
1. ICT Value Chain Assessment
Consider the ICT value chain in Figure 7: Enterprise Capabilities that help Generate Value
Define a number of different departments involved in the execution of each task.
Define their immediate manager and communication style based on Q1, Q2, Q3, Q4 management style as defined in
Leadership through People Skills.
Given their leadership style, define your communication strategy to reach a consensus by: what framework should be used to
execute each task and how to proceed with a common vocabulary.
2. Enterprise Value Assessment through ICT projects
Consider recently completed IT projects that you have been involved with and define the following for each project:
What enterprise capabilities were affected?
What supporting capabilities affected?
Define performance measures, current and target for each capability
What was the potential for Enterprise Value from the changed capability performance?
The total cost of the project
The total value that enhanced capabilities helped realize
Who is accountable for leveraging the enhanced capability?
Chapter 2: Framework Confusion
68
Chapter 2 References
1. What is a Framework? http://whatis.techtarget.com/definition/framework
2. Five Forces Analysis http://www.strategy4u.com/assessment_tools/info.php?s=2
3. Value Chain - http://www.globalvaluechains.org/concepts.html
4. Strategic Themes - http://www.ifac.org/sites/default/files/downloads/Proposed_Strategic_Plan_2009-2012_Section_7_-
_Strategic_Themes_and_Strategic_Objectives.pdf
5. Balanced Scorecard
http://www.balancedscorecard.org/BSCResources/AbouttheBalancedScorecard/tabid/55/Default.aspx
6. Enterprise Architecture and TOGAF, http://www.opengroup.org/togaf/
7. System Thinking, http://www.slideshare.net/N_Albro/roger-martin-and-integrative-thinking
8. Portfolio of Investments, Enterprise Portfolio Management Council http://www.theepmc.org/Publications.html
9. Project Management http://en.wikipedia.org/wiki/Project_management
10. System Development Life Cycle, http://www.computerworld.com/s/article/71151/System_Development_Life_Cycle
11. Organization Change Management, http://dice.bcg.com/index.html
12. Leadership through People Skills.R. Lefton , Victor Buzzotta, McGraw-Hill; 1 edition (Aug 18 2003)
13. IT Service Management - http://en.wikipedia.org/wiki/IT_service_management
14. Lean Sigma Lean Six Sigma, Chapter 14: Lean Six Sigma Logistics, Michael George
15. IT Governance http://www.isaca.org/Groups/Professional-English/governance-of-enterprise-
it/GroupDocuments/ITPI_IT_Governance_summary_paper.pdf
16. ValIT – Value IT http://www.isaca.org/Knowledge-Center/Val-IT-IT-Value-Delivery-/Documents/Val-IT-Framework-2.0-
Extract-Jul-2008.pdf
17. Roger Martin http://rogerlmartin.com/library/books/the-opposable-mind /
18. Barry Schwartz: The paradox of choice http://www.ted.com/talks/barry_schwartz_on_the_paradox_of_choice.html
Chapter 2: Framework Confusion
69
19. Enterprise Architecture Requirements – qrs3E position paper http://ebook.qrs3E.com
20. Six Sigma http://www.best-management-practice.com/gempdf/sixsigma_itil_csi_wp_july09.pdf
21. Lean Six Sigma in Healthcare http://dare.uva.nl/document/44174
22. COBIT http://www.isaca.org/Knowledge-Center/cobit/Documents/COBIT4.pdf
23. Oxford Study: OVER BUDGET, OVER TIME, OVER AND OVER AGAIN MANAGING MAJOR PROJECTS; Bent Flyvbjerg,
http://www.academia.edu/2402077/Over_Budget_Over_Time_Over_and_Over_Again_Managing_Major_Projects
Chapter 3: The Business Transformation Capability
70
Chapter 3: The Business Transformation Capability
“Everyone should be respected as an individual, but no one idolized.”
Albert Einstein
Abstract
The confusion created by a multitude of frameworks augmented by the
organization structure – that is also aligned to these frameworks – paralyzes
the organization. The debate among framework supported fiefdoms becomes
louder than the need for results. Instead of focusing on activities that
matter, senior management often gets entrenched with the debate of who
should do what, how it needs to be done and most importantly, how to hold
these disciplines accountable.
The focus of this chapter is to advocate a way of thinking that is consistent
with all business transformation frameworks. The key questions this chapter
covers include:
Why does Business Transformation as an Enterprise Capability
matter?
What is the business value of Capability Based Value Thinking?
What is the Business Transformation Value Chain?
What is the relationship between capability-based thinking and all
Business Transformation Frameworks?
What are the roles and responsibilities of various professionals?
What is the Business Transformation Capability Performance
Scorecard?
Key Chapter Sections
Performance Measures for the CEO and
Board of Directors)… 71
Common Ground and Gaps… 74
The Current State of the Business
Transformation Capability… 75
Improvement through Capability Based
Value Delivery (Business
Transformation Phases, Solution
Approach, Disciplines Required)… 77
Framework – Capability Based Value
Delivery and the Business Transformation
Services Model… 81
Services, Deliverables and Quality
Checkpoints… 82
Functions Provided by Roles and
Disciplines… 84
Chapter 3: The Business Transformation Capability
71
The Business Transformation
Capability
Regardless of the organization’s business, its performance
is measured through the same three variables: market
share, profit margin and value in the pipeline. The
difference is that different business models such as private,
public, non-profit, big, small and so on have a focus on
different variables but inevitably; their focus falls on these
three measures as will be explained in the subsequent
section.
Performance Measures for the CEO
and Board of Directors
The Board of Directors, CEO and the senior management
team are focused on the positioning and performance of the
greater organization and their focus can be summarized on
three indicators:
• Market Share: A reflection of how much of the
potential market for the organization’s
product/service is consumed. Factors include the
current market share, trend, share of existing and
new entrants. Insight into the markets size of cross-
over markets is also beneficial.
• Profit Margin: What is our pre-tax profit margin
and how does it rank against current markets
leaders and challengers? For a public sector
organization, this is a measure of how efficiently the
service is delivered.
• Learning Organization: Through harnessing the
power of social media internal to the organization,
this measure recognizes that people thrive in an
innovative environment and is assessed through the
following:
• Organization Chatter Index: The number of
ideas being generated, number of comments
and feedback from others in the organization
and their value. Forms taken can include that
of a new attribute of an existing product, new
product, opportunity to reduce cost, improve
staff satisfaction, improving public perception
of a well-run organization. Remember, public
perception has a market capitalization
premium.
• Leading Indicators: Creativity is not just the
responsibility or the province of a few in the
organization and this indicator’s scope is
holistic.
• Lagging Indicators: A measure of the
business value of enterprise chatter.
• Value in the Pipeline: A measure of ideas
and opportunities that are linked to Enterprise
Capabilities. Classify the opportunities in terms
of Cost Reduction, Revenue increase, Customer
Service, Staff Morale or Corporate Citizenship.
Value in pipeline needs to be monitored in real-
time.
Whereas market share and profit margins are lagging
indicators, a learning organization is a leading indicator and
Chapter 3: The Business Transformation Capability
72
also factors in Customer Perception: When customers
believe your organization has the capability to engage your
entire work force and partners in creating innovative
products, they are willing to pay more for your products.
Consider the following:
Apple Inc. Despite fierce competition, Apple products
still command a premium price over rivals.
• Another example includes a steel company in
Canada that had a marketing tagline of: “Our
product is steel and our strength is our people”
during a bitter and endless strike.
• Consider RIM, Samsung and Nokia. Long before
management acted on challenges in the industry,
customers already started to abandon them despite
technical superiority and personal attachment.
For public sector organizations where profit is not a
consideration, the first two indicators would translate into
the value of the service and the cost of service delivery
respectively. The greater the value of the service, more
consumers will benefit from it. As the cost of the service
delivery falls, more services can be delivered with the
available resources. Consider these two measures as
analogous to respectively being effective and efficient.
Are you aware of the following measures for your
organization?
• Market Share
• Profit Margin
• Learning organization measures
• The most profitable product line
• Opportunities for Improvement
Chapter 3: The Business Transformation Capability
73
Figure 8: Summary of Organization Performance Measures
The Business Transformation Capability helps you
continuously realign your Enterprise capabilities; that
includes the resources to realize your enterprise strategic
intent and vision. This is not a new concept, the difference
is in its application, given today’s hyper competitive world,
the organization’s operating models need to adjust daily
and not just once per economic cycle.
For Profit CEO • Market Share • Profit Margins • Organization Learning
For non-Profit CEO
• Service and Cost • Value of Service • Organization Learning
Chapter 3: The Business Transformation Capability
74
Video 18: The Business Transformation
Capability
Pressure to Review Enterprise
Capabilities Continuously
The days when capabilities can be reviewed once an
economic cycle are now obsolete; organizations need to
transform and change continuously. Consider Financial
Markets and their composition; there have been many
companies that changed fortunes in the top 100 index.
The Capability Premium
Customer expectations and changing trends can also be
seen in the following:
• A government’s ability to spend their way out of
difficulty has been impacted and is less of a viable
option.
• Social media has made great strides as a conduit for
customer expectations.
• Trends in Health Care funding concerns and cost of
healthcare continue increase. Public perception that
increased government spend will not address the ills
of healthcare costs.
• The growing size of the middle class in Asia
appreciates value; it is not only price sensitive. New
markets that deal with safety, water treatment and
so on will be demanded.
• New market opportunities are constantly emerging,
instead of servicing existing markets; creative
products are creating new markets.
Staff Expectations
Creativity is not limited to a selected few in the
organization, people want to work for companies that their
friends and influencers consider top notch. Consider RIM, it
was prestigious for people to work for RIM as well as for
Apple and Google. To satisfy this demand, we need to
define:
A Learning Organization – We need to have a
real-time gauge to measure staff satisfaction as
oppose to old, tired, once a year staff surveys that
offer little value.
The role of ICT – How ICT helps generate
enterprise value
Your Response and Assessment
Regardless of your role, there are two concerns that need
to be addressed: 1) why should you care and 2) what is at
risk? Consider the following areas of impact:
New Investments
• Planned new Investments in Business
Transformation and IT programs over a period of
time
Chapter 3: The Business Transformation Capability
75
• Expected return from these investments over a
period of time
• Based on the current capabilities, what is the
probability that the investment will deliver expected
outcomes as required?
• For the IT operating budget, what is the
effectiveness of the current investment in IT?
Fixed and Variable Spending
• Hardware and software license and contracts; what
will be their impact given current trends of shared
services and Cloud delivery?
• The cost of Data Centre operations that include:
heat, hydro, cooling, facilities charges; how will this
impact our ability to change and transform our
capabilities?
• Sections of the IT budget concerning human
resources, investment allocated to procure new
hardware and software that is available to make
improvements to the current IT Landscape; how will
this be managed?
Why change? Perform a Self-
Assessment
Ask yourself the following about your organization:
• How to do you know if the current enterprise
capabilities are being leveraged to the same level as
your competition?
• Are you better or worse off than your competition?
• What is the impact on your organization if you fail to
deliver the transformation programs and/or fail to
exploit the current capabilities to the same level as
your competition?
Video 19: The Capability Concept improves
Strategy and Expectations for Execution
The Current State of the Business
Transformation Capability
The story outlined as follows is not unusual of any Business
Transformation Program; in fact it is typical. The humor is
intended to highlight the comedy of errors a project
becomes in many organizations.
Business Transformation: What
Happens Now?
This story starts with senior management who through
serious brainstorming comes up with a brilliant Business
Strategy as outlined in the following figure.
Chapter 3: The Business Transformation Capability
76
Figure 9: An Example of a Typical Business Transformation Implementation
Projects, related to each strategy, get defined in isolation,
project managers are assigned to projects and we are
ready to roll! Project managers, as required by their
discipline, attempt to define a Project Charter.
Chapter 3: The Business Transformation Capability
77
The fundamental issue with this approach is that Business
Transformation in this context becomes a wicked problem.
It has inherent complexity which is defined as:
Technology Complexity
People Complexity
Problem Wickedness
Figure 10: Business Transformation as a Wicked Problem
This complexity needs to be resolved before any project can
enter the execution phase and it is not a project manager’s
job to do. Project manager can manage the process if
required, but dumping this complexity on a project
manager is simply not the right response.
Video 20: Characteristics of a Wicked
Problem
Improvement through Capability
Based Value Delivery
To tackle this kind of complexity, we need an iterative and
a phase-gate based approach that forces the right roles to
make informed choices along the Business Transformation
value chain; this creates the necessary transparency and
accountability.
Chapter 3: The Business Transformation Capability
78
The following figure is shows the Capability Based Value
Delivery (CBvd™) life cycle. This view has been put
together to demonstrate the phases of work that needs to
be completed to mature an organization’s capabilities.
Figure 11: A view of Capability Based Value Delivery
Business Transformation Phases
The phase gates of the Business Transformation Capability
are:
G0: Strategic Intent,
G1: Enterprise Strategy and Capabilities
G2: Portfolio of Projects
G3: Portfolio of Capabilities
G4: Continuous Maintenance and Value Generation
Chapter 3: The Business Transformation Capability
79
Ask yourself the following six questions to assess your
organization’s Business Transformation maturity:
1. Strategic Intent: Are enterprise goals well defined
and communicated to all employees and does each
employee understands how their daily activities
impact these goals? [Yes, No]
2. Business Strategies: Is each business strategy for
change defined in terms of current and target
performance of enabling capabilities and is the
resulting business value from the improved
capability performance explicitly defined? [Yes, No]
3. Roadmap and Business Case: Does each business
strategy for change that is applied to a capability
have a well-defined Transition Plan and Business
Case? Is the resulting portfolio of
projects/investment approved by senior
management and is the capability sponsor held to
expected business outcomes? [Yes, No]
4. Transitioned Capability: Is the Program
Management office held to cost, timeline and scope
of the capability initiatives as defined in the
Transition Plan and Business Case? [Yes, No]
5. Capability Performance and Business Outcome:
Are Capability owners held to utilize their current
capability to the target performance and do
exploited capabilities enable the expected business
outcomes? [Yes, No]
6. Organization Reality: Do we actively track the
total cost of running IT and the net new investment
planned? [Yes, No]
If any of your answers are “No”, “not sure” or any similar
variant, why is this information not available?
Solution Approach – Iterative
A possible solution approach to tackling the woes of
transformation are as follows:
Engage the right people, understand the problem in
the right context and ensure the appropriate
stakeholders make the right decisions on not only
how to solve the problem, but also, more
importantly, how to define the problem
Understand the whole problem in terms of change to
process, impact of change on people and changes to
technology. Anybody who can help you and/or get
in your way is your stakeholder
The above can be done iteratively until we are comfortable
with the quality of information that we have. When we
move towards defining a business strategy, we should
consider the following:
Direction: Does the strategy communicate a clear
direction to reach the objective? As an example, an
organization that wishes to achieve efficiency has
many options to pursue but a good strategy would
give direction such as ‘improve efficiency through
higher utilization of …’
Chapter 3: The Business Transformation Capability
80
Objectives: Do we have SMART (Specific,
Measurable, Achievable, Relevant, Time-bound)
objectives that are clearly understood?
Guidelines: Does the strategy provide a guideline
to realize the objective? See the example given for
direction.
Constraints: Does the strategy lend insight into
overcoming the constraints we may face? (i.e.
maintain strong controls to safeguard customer
information)
Affected Capabilities: Are the impacted
capabilities stated in the strategy and are these
impacts understood?
Performance Measurements: Does the strategy
convey the improved performance that needs to be
achieved?
Targets: Does the strategy specify clear targets that
need to be met and can we measure this success?
A typical business strategy can be expressed as:
Bend the Health Care Cost Curve
Data as a Decision Enabler at the point of Care
Learning Organization
The details of the strategy should be known by the strategy
owner.
Disciplines Required for the Job
A complicating factor that needs to be overcome is that the
mandates of a discipline, what is required by the Business
Transformation Value Chain and within the organization
structure. In almost every case, these mandates conflict
with one another.
When defining a Value Chain, we need to balance all three
forces: 1) industry defined mandate, 2) requirements of the
Value Chain and 3) Organization Structure; that is the
organization politics and culture.
Touch points between common frameworks such as
TOGAF®, ITIL, PMI, COBIT, BSC and others include:
• Strategic Planning and Portfolio Management:
Return on Enterprise Assets
• TOGAF®: Framework to develop the right
information to enable investment choices. Measures
the program effectiveness by the quality of decisions
• Program and Project Management: Execute
programs and projects and measure the practice’s
effectiveness through: on-time, on-budget and
ability of transitioned capability to perform at the
target level
• SDLC: ability to manage current capabilities and
transition from current to target at the expected cost
and timeline
• Governance and Audit: Assess decision rights and
enterprise risk
Chapter 3: The Business Transformation Capability
81
Video 21: Capabilities Have a Life Cycle
Framework – Capability Based
Value Delivery and the Business
Transformation Services Model
Within the Business Transformation Capability, TOGAF®
plays a critical role towards its standardized use and
maturity.
Capability Based Value Delivery (CBvd™)
Strategic Intent – G0: Strategic Intent defines –
given current capabilities and capabilities that can be
developed – what would the organization like to
achieve in 5 to 25 years and explicitly link how this
intent maps to the Enterprise vision
Enterprise Strategy – G1: Enterprise Strategy
explicitly defines the Direction, Objectives,
Constraints and Guidelines. As well as what will be
the affected capabilities and what will be the
improved target performance level for each
capability. Most importantly, the strategy explicitly
defines what will be the Business Value of each
capability being at the target state.
Transition Plan and Business Case – G2: Defines
the Business case to transition each capability from
the current to target with a selected solution
approach. Communicate the roadmap and business
case to not only the capability sponsors but also to
those who will be working to realize the roadmap.
Validate Transitioned Capabilities – G3: Before a
program and project can be considered complete: 1)
has the capability been transitioned to the target
state and 2) have capability owners accepted the
new capability into their routine work.
Nurture Enterprise Capabilities – G4: Business
value is generated only if the skilled and motivated
workforce is able to exploit the capability as
intended.
Continuous Enterprise Planning : Exploit CBvd™
Process to Continuously Plan your Portfolio of
Investments on IT
The following figure shows how the Business
Transformation Capability is exploited to bring initiatives to
market.
Chapter 3: The Business Transformation Capability
82
Strategic Programs, Capability
Performance
G0
G1
G2
G3
G4
Obstacles preventing to Migrate to Target Level (Architecture Requirements)
TR1
ITSM Service Ticket
Manage as a Sev 1
Sev 1 Q
D1Define Value
Statement
G0, G1,G2,G3 – WorkPackage
Enterprise Capabilities Investment DashboardWork products at each Gate, Required Resources (competencies to
next level, current allocation, slack )
Define Value Statement
G0, G1 WorkPackage
Change Requires CxO Input
Change Requires VP Input
Change Requires Design Change Change can be handled
with Config Changes
Grassroots – Innovation
Thread
Plan able work
Investment in Capabilities - Plan and Governance
Enterprise Continuum- Repository
Technology Roadmaps (IT Capabilities)
IT Competencies Roadmap
Work plan for each Gate
Enterprise Process Roadmaps (Business
Capabilities)
Arch ReqLearning Org
Skills Dev
CBvd Performance Measures
CBvd Governance
D2
Figure 12: Bringing Transformation to Market
Services, Deliverables and Quality Checkpoints
Let’s take a moment to consider some of the services and deliverables that are produced throughout the capability life cycle;
this is shown in the following figure.
Note: The activities performed throughout the Capability life cycle is further explained in Chapter 4 as the services
performed for business transformation.
Chapter 3: The Business Transformation Capability
83
G0
G1 G2
G3
G4
Identify Obstacles at each Phase that Prevent Capability from Performing at Target Level
IT Service Mgt [R]Strategic Planning [A]
Project Management [A] and Enterprise Architect [R]
Enterprise Architecture [R,A]
Strategic Planning [A], Business and IT Arch [R]
Financial ImpactEnterprise Executive
Capability Map
Architecture Vision for each Executive Capability
Business Strategy
Customer Impact
Supplier Impact
Organization Impact Balanced Scorecard
Horizontal and Vertical Roadmaps – Industry,
Organization
For a Strategy or Capabilities
Transition Plan and Business Case
Transition Each Capability to
Target state on on-time, on
budget within prescribed enterprise
principles and standards
Capability Performance at
Target
Improvements identified as Architecture
Requirements
Inputs/Outputs
BT Services Catalogue
S1.1: Enterprise Value Chain S1.2: Operating Model S1.3: Enterprise CapabilitiesS1.4: Enterprise Business Strategy
S2.1: Reference Architecture S2.2: Adapt Reference Architecture S2.3: Transition Plan and Business CaseS2.4: Transformation Execution Strategies
S2 Services
S1 Services
S3.1: Detailed Business RequirementsS3.2: Functional SpecificationsS3.3: Technical SpecificationsS3.4: Develop/Configure/ExtendS3.5: Define Test Cases S3.6: TestS3.7: Prepare for Launch
S3 Services
S4.1: Monitor Capability Performance S4.2: Monitor Business Performance enabled by the Capability PerformanceS4.3: Continuous Improvement MgtS4.3: Continuous Plan
S4 Services
Competency and Skills
Ability to facilitate, communicate refine strategic analysis into Executive Capabilities. Experience in multiple Industries
Open CA L3 – Chief Architect Stream
Capability Domain and Org Knowledge
Open CA L2 or L1 –
Multiple Skills and Roles
Multiple Skills and Roles ITSM
Figure 13: Business Transformation Services, Deliverables and Quality Checkpoints
These services are and deliverables are summarized for
each phase as follows:
G0 -G1: Model Enterprise Strategy
Service G0.1: Define Business Strategy
Deliverables: Business Strategy and Quality
Checklist
G1 to G2: Define Roadmap
Service G1.0: Define/Adapt Architecture Roadmap
Deliverables: Reference Architecture Roadmap,
Adapted Roadmap that conform to Enterprise
Constraints
G1 to G2: Define Transition Plan and Business Case
Service G1.1: Define Transition Plan and Business
Case
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Deliverables: Transition Plan and Business Case
G2 to G3: Transition the Planned Capabilities
Service G2 Solution Development Life Cycle
Information Deliverables: Logical Business
Requirements, Functional Specification, improved
automation that meets the enterprise standards,
Organization Change Management Strategy and
Organization Readiness
Capability Deliverables: Deploy the transitioned
capability into production
G3 to G4: Exploit, Nurture and Retire the Obsolete
Capabilities
Service G3: Exploitation and CI Work plan
Information Deliverables: Continuous Improvement
Plan, Capability Performance Scorecard and Business
Outcome Scorecard as well as pipeline of capability
improvement opportunities
Capability Deliverables: Capability being exploited to
its max and business outcomes are achieved
Functions Provided by Roles and
Disciplines
In the following section, attributes for each function are
described using a RACI matrix defined as: [R] Responsible,
[A] Accountable, [C] Consult, [I] Inform.
Strategic Planning and Portfolio Governance
G0 to G1: Review all capabilities heat maps,
business climate changes and assess scope of
changes to target capabilities [A]
G1 to G3: Oversee the development of business
case and transition plan executions [I, C]
G3 to G4: oversee the value management from
enterprise capabilities [A], Responsibility for
exploiting capabilities remains with Enterprise Senior
Management
Enterprise Architect
G0 to G1: Refine Value Chain and Enterprise
Capabilities [R]
G1 to G2: Define Roadmap and Business Case [R]
G2 to G3: Oversee implementation Quality and
provide expertise based leadership to project teams
[C]
G3 to G4: Work with Enterprise senior management
to define capability continuous improvement plan
and Value Management [R]
Program and Project Management:
G1 to G2: Review Transition Plan and Business Case
[C]
G2 to G3: Manage Transition Plan, Resources and
Scope [A]
G3 to G4: Close the project [C]
SDLC, ITSM and OCM:
G1 to G2: Help adapt reference architecture that
conform to Organization Constraints [C]
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G2 to G3: Define logical business requirements,
enhance automation and prepare organization for
adoption of new and/or enhanced capability [R]
G3 to G4: Support, Maintain and Enhance Enterprise
Capabilities [R]
BT Governance [Decisions]
G0 to G1: Business Strategy, Transitioned
Capabilities, Potential Business Value (Senior
Management)
G1 to G2: Roadmap, Transition Plan and Business
Case (Senior Management)
G2 to G3: Transitioned Capability and Organization
Readiness (Capability Owners)
G3 to G4: Value Management (Senior Management)
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Review Questions and Exercise
The Capability based Value Delivery (CBvd™) process defined in this section enables end-to-end information flow and
governance. If you were to process an existing Business Strategy through the CBvd™ process:
What business value can be realized?
Whose help will you need to change your current Business Strategy delivery process?
Which discipline will be affected the most?
Exercise
Apply the CBvd™ Process to rationalize your current portfolio of projects.
One approach to rationalization is to have a clear understanding of which Enterprise Capability the investment will enhance, by
how much and a greater understanding of the business value.
Steps:
1. Define a Value Statement for Each Project.
2. For projects which you cannot define the value statement, set them temporarily aside for further investigation.
3. Group Value Statements into each starting gate.
Contents of a Value Statement:
• Unique Identifier:
• Enterprise Capability Affected:
• Current Performance Metric:
• Target Performance Metrics:
• Business Value of Improved Metric:
• Link to Business Strategy:
• Input Required: [Such as the CEO, VP. Directors or Managers]
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Chapter 3 References
1. Advanced Applications of TOGAF®; Course material developed by QRS, http://qrs3e.com/qrs-capabilities/competency-
development/togaf/
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Chapter 4: Business Transformation Services
The yin-yang concept describes how seemingly opposite or contrary forces are interconnected
and interdependent in the natural world and how they give rise to each other as they
interrelate to one other.
Abstract
The scope of Business Transformation can be the entire operating model of
an organization and/or create a fundamental change to one enterprise
capability. For example, to restructure current revenue streams from
software licenses to advertising-based revenue is a rethink of the
operating model while to outsource the current data center will be a
change to how one capability delivers services to the organization. In the
second case, the capability is not fundamentally altered; what changes is
“how” it is delivered and leveraged.
The challenge most organizations face however is how to define the scope of
transformation, plan, execute and leverage the transformed capabilities until
the intended business outcome is realized.
This chapter defines all services that Business Transformation Professionals
must provide along the value chain. It is the goal of this chapter to make
the work of Business Transformation Professionals transparent and hold each
professional accountable for both the quality and cost of not just the point of
completion, but also during each phase gate of the capability life cycle.
Key Chapter Sections
Business Transformation: A Holistic View… 89
The Business Transformation Services Model…
94
Service 4.1: Strategic Intent and Business
Strategy… 97
Service 4.2: Enterprise IT Capabilities… 107
Service 4.3: Enterprise LOB Capabilities… 118
Service 4.4: Transition Plan and Portfolio of
Investment for Change… 131
Service 4.5: Execute Change… 141
Service 4.6: Support and Maintain Enterprise
Capabilities… 150
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Business Transformation Services
The role of Business Transformation Professionals is not one
dimensional; it is dependent on the organization`s needs
and maturity of the Business Transformation capability.
This chapter highlights several services that should be
delivered by Business Transformation Professionals.
However, the capacity to do what’s needed will depend on
the workload in the organization.
Business Transformation: A Holistic
View
The following figure highlights the Capability Based Value
Delivery Model as was discussed in Chapter 3.
Figure 14: Capability Based Value Delivery Model
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The Model describes how various disciplines/frameworks work together to create a Business Transformation Value Chain; this
Value Chain is articulated in the following table.
Table 4: Summary of the Business Transformation Value Chain
Value Chain Capability Based value delivery phase Value Statement Enabling Frameworks
Define
Strategy
Phase gate G0 to G1
Strategic Intent
Enterprise Capabilities
Change Strategies
Business Strategy
Business and Change strategies
are aligned to enterprise goals
and communicable to next level
in the Organization
Five Forces Analysis
Value Chain
Strategic Themes Mapping
Balanced Scorecard
Enterprise Architecture
Systems thinking
Change Plan
and Value
Generation
Phase gate G0 to G2
Enterprise LOB and IT capabilities
Optimize current capabilities performance
Measure capability performance and
manage architecture requirements
Make business strategies explicit
Architect roadmap for each strategy and
define an integrated portfolio of projects
Decompose enterprise
capabilities into supporting
capabilities and work with all
stakeholders to optimize their
performance
Explicitly link Business
Strategies to Supporting
capabilities and their target
performance
Enterprise Architecture
Enterprise IT Architecture
Enterprise HR, Finance,
Supply Chain etc.
Architectures
Portfolio Management
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Value Chain Capability Based value delivery phase Value Statement Enabling Frameworks
Execute
Change
Phase G2 to G3
Execute change programs and Projects
Develop and implement technical, process
and people changes
Transfer transitioned capability into
production
Scope, cost and time of the
projects and programs is already
defined in the architecture
roadmap. This phase ensures
the capability is transitioned as
planned.
Enterprise Architecture
Project Management
SDLC
OCM
ITSM
Lean Sigma
Industrialize
Change and
Support
Capabilities
Phase G3 to G4
Stabilize Change
Plan future changes continuously and
maintain
Monitor capability performance
Stabilize and leverage capability
to optimum utilization
ITSM
Lean Sigma
Enterprise Architecture
Enterprise
Capabilities
Repository
Phase G0 to G4
Define and Manage repository of
Enterprise capabilities
The capabilities repository if the
DNA of any organization, it
provides a real-time data to
allow senior management to
steer the enterprise ship
Enterprise Architecture
Financial assets portfolio
management
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Value Chain Capability Based value delivery phase Value Statement Enabling Frameworks
Enterprise
Performance
Phase G3 to G4
Capability performance dashboard and
oversee performance governance
Enabling business outcomes
Assess gaps between capability
performance and business outcomes from
different perspective – customer, supplier,
internal and financial
Maintain alignment between
capability performance and
business outcome
Ensure continuous alignment
between investment in change
to business outcomes
• Five Forces Analysis
• Value Chain
• Strategic Themes Mapping
• Balanced Scorecard
• Enterprise Architecture
Systems thinking
Outline of Business Transformation
Services
The following services are performed throughout the
Business Transformation Capability life cycle.
• 4.1 – Strategic Intent and Enterprise
Capabilities: Translate Strategic Intent of the
Enterprise into Executive Capabilities. The process to
review current capabilities is often undertaken by
senior management and this analysis mostly focuses
on opportunities and threats faced by the
organization:
o Input: Enterprise Vision, Strategic Intent and
Repository of Current Enterprise capabilities and
their performance
o Output: Target capability(ies) identified,
improved performance measure for each
capability articulated as well as how improved
capability performance will deliver the intended
business outcomes; the Business Transformation
Strategy
o Decision: Senior management need to decide
which capabilities the organization will lead,
follow and be on par with industry expectations
• 4.2 – Enterprise IT Capabilities: Translate
Enterprise Capabilities into IT Capabilities and
communicate the IT Performance Measures
o Input: Output of Service 4.1, and Output of
Service 4.3
o Output: Define enterprise IT capabilities, their
performance measures, metric and performance
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governance. The scope of this service also
includes how to leverage current capabilities to
their maximum
o Decision: Determine the right allocation of IT
resources to meet the required performance for
Enterprise IT capabilities
• 4.3 - Enterprise LOB Capabilities: Translate
Enterprise Capabilities into line of business (LOB)
capabilities – that include Finance, HR, Legal, IT and
so on – then communicate the performance of each
capability and link their performance to the
Enterprise objectives (as described in the strategic
intent).
o Input: Output of Service 4.1 and Service 4.2
o Output: Specify capabilities in the line of
business, their performance measures and
metrics over the execution of these capabilities
and their respective service level agreement.
o Decision: Gain consensus on expected capability
performance and how it will be measured.
Ensure capabilities are performing to the agreed
upon service level and capability performance is
enabling the intended business outcomes
specified by the Enterprise Vision and Strategic
Intent.
Note: Services 4.2 and 4.3 are developed
iteratively and concurrently as the majority
of capabilities influence each other.
• 4.4 – Transition Plan and Portfolio of
Investment for Change: Define the Capability
Transition plan for a new and/or enhancements to
an existing capability.
o Input: Business Transformation Strategy from
Service 4.1
o Output: Capability Transition Roadmap,
resolution of interdependency, business case for
each strategy and define the portfolio of projects
along with required resources
o Decision: The selection of projects to start the
project execution phase is complete
• 4.5 – Execute Change: Be part of the
implementation team to ensure the capability is
being transitioned to the required state.
o Input: Architecture of the Business Strategy
from service 4.4
o Output: Transitioned capability is deployed into
production
o Decision: Transitioned capability meets the
capability performance service level defined as
scope of the project and capability
owner/custodian (Enterprise Architect for LOB)
has signed-off on the transitioned capability
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• 4.6 – Support and Maintain Enterprise Capabilities: Architecture of Capability Exploitation and Value
Management.
o Input: Transitioned capability has been deployed into production and is being stabilized
o Output: Capability performs but requires a decision to continue or to retire
o Decision: retire or continue to invest in capability to bring its performance to expectations
Video 22: The Right Level of Information for Decision Making
The Business Transformation Services Model
It is often challenging to determine the starting point of a Business Transformation initiative. The organization structure that is
built to effectively run day to day operations is of very little help, rather it adds to confusion when it comes to transformation.
The following figure highlights the major business transformation activities. It is our opinion that the starting point of any
business transformation, regardless of the scope, should be 4.1; that is we need to understand how the altered capabilities
affect the Strategic Intent and Vision of the enterprise.
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Figure 15: Business Transformation Closed Loop
Deliverables of Service 4.1 (1, 2) influence both services
4.2 and 4.3. While 4.2 and 4.3 both influence each other,
their influence and conflicts are balanced and managed by
going back to service 4.1.
The change strategy, which is one of the outputs of 4.1, is
an input (3) into 4.4. The output of 4.4 which is
represented by (4) is the execution of change projects; 4.5.
Service 4.5 triggers (5) to stabilize and maintain enhanced
capabilities.
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Flows (6) and (7) occur when the transitioned capability is
effectively utilized and the performance of each capability is
linked back to the strategic intent; this closes the loop for
how the services are delivered.
This closed loop process ensures the necessary
transparency and accountability throughout the business
transformation process. It is the responsibility of enterprise
management that skilled resources are assigned to each
service and the skill level needs to be validated by third
party certification criteria such as the Open CA program
from The Open Group.
The following sections describe each service in more detail.
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Service 4.1: Strategic Intent and
Business Strategy
How can you be certain that your enterprise resources are
aligned to support your Enterprise Vision and Strategic
Intent? This chapter provides step by step instruction on
how to ensure constant alignment so that:
Subsequent constituents understand what is
expected of them
They can be held accountable for outcomes
Senior management can be held accountable for
setting the right strategy for the rest of the
organization
Trigger for this Service
Depending on the management style – such as Maintain,
Follow or Lead – of the organization, different events will
trigger this work effort:
• Maintain – An existing enterprise capability be
enhanced, eliminated or operated under a different
model
• Follow – Change in market conditions forces the
organization to revaluate their current enterprise
capabilities
• Lead – Extend existing enterprise strengths and
through innovative products and services, change
the rules of the game in the market
Input: Strategic Intent that describes the goals of the
enterprise over a specified period
Enterprise Vision
Strategic Intent
Enterprise Values
Output: there are many intermediate deliverables;
however the following is a brief list of deliverables from this
service
Enterprise Capabilities
Run the Business Strategy – leverage existing
enterprise and supporting capabilities to produce
desirable outcomes
Change Strategy – define what capabilities must
change, new performance target, estimate budget
and enterprise value that can be realized through
the enhanced capability
Business Value
Decisions: documented to help make investment
decisions
Transition capability: No Impact
Business Outcome: No Impact
Link to overall Capability Based Value Delivery
The following figure below defines how this service is lined
to the overall business transformation value chain.
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Video 23: Strategic Architecture – Define the Organization’s Identity
Figure 16: Business Strategy and Capability Based Value Delivery Life Cycle
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Tools of the trade for this service are:
Value Chain
Five Forces Analysis
Capabilities Definition and Strategic Themes
Mapping.
In addition, we apply the TOGAF® ADM, Enterprise
Continuum and Skills Framework to:
Translate Strategic Intent into Value Chain and
Enterprise Capabilities
Definition of Supporting IT and line of business
Capabilities
Aggregate Transition Plan of Enterprise capabilities
into both “run” and “change” the Business Strategies
Steps to define Strategic Map
To translate strategic intent into business strategies, a
three step process is recommended. The rationale behind
these steps is to simply enable a division of and also allow
the development of the most effective business strategy.
Step 1: From the Board of Director’s point of view, define
capabilities that are required to achieve the mission of the
organization.
Figure 17: Define Strategic Map
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Work Performed
Market Analysis using 5 Forces Analysis
Refine Value Chain
Categorize executive capabilities into Strategic (i.e.
will lead in the industry) and Operational (i.e.
necessary to compete)
Team Leader Skills
Ability to facilitate, communicate and refine strategic
analysis into Executive Capabilities
Open CA L3 – Chief Architect Stream
Experience from multiple Industries
Deliverables
Defined Executive Capabilities
Measures and Metrics (Current and Target for each
Capability)
Opportunities and Threats Analysis
Step 2: With input from Step 1, define what capabilities of
the organization will be affected in order to achieve the
expected business outcome.
Figure 18: Define Executive Capabilities map with explicit timeline
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Work Performed
Define the Value Chain
Extract new and current executive capabilities
Define capability attributes
Define the target state and the attained business
value
Define the operating model
Apply common IT capabilities
Define a transition plan based on business needs,
organization and technology capabilities
Allocate portfolio of investments
Team Leader Skills
Ability to analyze opportunities and threats within
the context of the strategic intent
Deep understanding of the industry
Deep architecture thinking skills
Ability to extract common business capabilities and
work with IT Architecture to define an ideal
transition map for the business and IT capabilities
Strong ability to apply common technology
capabilities (capabilities available in industry or
possible to innovate)
Open CA Level 3 preferred Enterprise Architect
(Senior Level 2 certified may also have the requisite
skills)
Deliverables
Business strategies that are explicitly linked to
capabilities
Measures and metrics (Current and target for each
capability)
Strategy owners have clearly accepted the
RESPONSIBILITY and ACCOUNTABILITY for the
resulting business outcomes
Step 3: With input from Step 1 and Step 2 as well as an
assessment of the current directive capabilities, define a
pragmatic transition plan. Ensure balance of need to do
something against the organization's ability to do it.
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Figure 19: Activities need to complete Enterprise Strategy
Work Performed
Review business strategies
Map required capabilities: new, to refresh and
existing
Define a Value Chain
Define the architecture vision and directive
capabilities for the impacted strategy
Define a transition map for the affected capabilities
Team Leader Skills
Ability to analyze the current capability strengths
and weaknesses from the context of the organization
Able to define a high level Capability roadmap, able
to transition complexity, govern the implementation
and exploitation roadmap
Open CA Level 2 Master IT Architect
Deliverables
Balanced business strategy with the described
impact of each capability by the strategy objectives
Video 24: Timeline for Strategic Architecture
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Quality Checklist
The purpose of the quality checklist is to ensure that the deliverables meet the needs of both the decision maker and the
role(s) that must take subsequent action after the decision is made.
Information Gap Assessment
Complete the following checklist for each enterprise and supporting capability
Capability ID: _____Capability Name: ___________
Table 5: Capability Quality Checklist
No. Condition G Y R Remark
1 The business process [Final Value Product] that this capability enables has
an explicitly defined with start and end state process definition
2 Capability performance metrics are established and regularly measured
with data collected as part of the natural workflow
3 The current performance level is computed, ideal performance level is
established based on industry architecture for the capability.
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No. Condition G Y R Remark
4 Senior management has explicitly categorized capabilities as follows for the
organization:
Will lead the industry?
Will trend with industry Average?
Commodity – i.e. capability offers relatively little competitive
advantage?
5 For an Enterprise Capability, the owner and all supportive capabilities are
explicitly defined
6 For a Supporting Capability, the owner and performance criteria is
explicitly defined
The evaluation requires quality of information from both
decision maker and stakeholder perspectives who have
acted after the decision is made.
G: Green - information is sufficiently detailed
Y: Yellow – enough to make decision, more detail
must be provided to ensure effective transition to
next step
R: information is not sufficient to make decision
Output: Strategy Checklist
For each strategy, ensure the following questions are
explicitly asked and answered by both the Sponsor –
strategy owner – and the assigned Business Transformation
Leader – role that is RESPONSIBLE for defining the Strategy
Roadmap – and that the assessment has been completed
to their satisfaction.
Strategy ID: _______Strategy Name: ______________
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Table 6: Strategy Quality Checklist
No. Condition G Y R Remark
1 Strategy Direction, SMART Objectives, Guidelines and
Constraints are defined
2 Strategy owner is defined
3 All capabilities for the strategy are mapped in the enterprise
capabilities map
4 The Target transition state for each capability in terms of
capability performance metrics are defined
5 The Business value of the strategy is explicitly defined in terms
of financial, customer, supplier and organizational impact
6 The role who will be defining the strategy roadmap is defined
7 Conflicting constraints such as scalability, optimization,
responsiveness, innovation and others are prioritized
The evaluation requires quality of information from both
decision maker and stakeholder perspectives who have
acted after the decision is made.
G: Green – information is sufficiently detailed
Y: Yellow – enough to make decision, more detail
must be provided to ensure effective transition to
next step
R: Red – information is not sufficient to make
decision
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Review Questions
Q1: What are the major attributes of a capability? Give an Example.
Q2: Why are concepts such as Value Chain, Five Forces Analysis, and Strategy Mapping significant for a Business
Transformation professional?
Exercise: Capability Map
Scenario: Consider the following scenarios
Auto Insurance Industry: One-Touch Service
Financial Services: Time to Develop Innovative Financial Products
Banking: Customer Experience
Healthcare: Population Health
IT Industry: Cost of IT
Deliverable
Capability Map: Defines the capabilities required to address the opportunity defined.
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Service 4.2: Enterprise IT
Capabilities
This service decomposes enterprise capabilities into the
next level detail. For each capability, the practitioner must
define performance measures and governance for capability
performance as well as the resulting value measurement.
Trigger for this Service
Translate Enterprise Capabilities into supporting ICT
capabilities as well as all other supporting LOB capabilities.
These capabilities may be managed and leveraged by HR,
Finance, Supply Chain, or any other line of business. ICT
and LOB capabilities often drive each other, like the yin and
yang, technology specifies what is possible to engineer and
lines of business specify what it takes to win (i.e. what is
needed to achieve a desired outcome). Supporting
capabilities are often the decomposition of Enterprise
Capabilities and their collective performance enables
business outcomes.
For the purpose of the discussion in this section, we will
focus exclusively on ICT Capabilities. Similarly, other LOB
capabilities can be defined and may be defined in
subsequent releases of this book.
Input: Strategic Plan
• Enterprise capabilities, performance target, explicit
linkage between capability performance and
business outcome
• Change Strategy – capabilities that need to
transition to new performance targets, defines the
cost and benefit of being at the new target
• Run Strategy – leverage existing capabilities to run
the business
Output: there are many intermediate deliverables;
however, the following is a brief list of deliverables from
this service
• Supporting capabilities, reference architecture,
capabilities performance scorecard, industry
benchmarks, and continuously maintenance of
enterprise architecture requirements for each
capability and opportunity if all requirements are
addressed (referred to as value in the pipeline).
Business Value
• Decision: help identify the impact of any strategy on
the enterprise
• Transitioned capability: No Impact
• Business Outcome: Monitor capability performance
and link to enterprise goals. This consumes the
majority of time for business transformation
professionals.
Link to overall Capability Based Value Delivery
The following figure defines how this service is aligned to
the overall business transformation value chain.
The required tools for this service are:
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Value Chain: Enterprise ICT, deep understanding of
other lines of business
SWOT (Strengths, Weaknesses, Opportunities and
Threats) Analysis
Current State of IT Capabilities
Strategies to develop partner and/or outsource
Capabilities
Figure 20: Enterprise and Supporting Capabilities
ICT Capabilities
LOB Capabilities
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This service leverages the TOGAF® Content Framework,
Enterprise Continuum and Technical Reference Model to
define Enterprise IT Capabilities in terms of:
Front Office: capabilities leveraged by staff to
directly serve the customer
Back Office: capabilities leveraged by support staff
to ensure effective operation of the organization
Common IT: Business Shared Services, ICT
capabilities that are used by more than one line of
business and outside the exclusive domain of ICT
Basic IT; IT Hygiene: fundamental ICT capabilities
that fall exclusively under the domain of ICT such as
platform and storage
Protection of Information Assets: capabilities
that help protect the enterprise’s intellectual
property and information
Transform the Enterprise: capabilities required to
change the organization continuously
Steps to Translate Enterprise
Capabilities into ICT Capabilities
Note: Unfortunately there is no single prescriptive
way to perform. The following is on practices that
were employed and found useful.
There is no single prescriptive way to perform this service;
the following is a practice that we have used successfully.
This work generally proceeds from three fronts:
1. Study the Enterprise Value Chain, Enterprise
capabilities and decompose the process aspect into a
conceptual level of detail and then identify
automation opportunities.
2. Start with ICT capabilities and study the processes
these capabilities automate.
3. Aggregate the automation opportunities from #1
with the automation from #2 to define the ICT
capabilities, define start and end conditions and
performance measures.
Considerations to Derive Capabilities
As an exercise, let’s assume that you are the leader for the
IT organization; how would you communicate ICT
capabilities?
An approach that you can take is to make the following
considerations:
Communicate capabilities from an external view of
IT: WHAT does IT do for the organization? For the
organization and certain business units that benefit
from the capability, where does it: Lead, Support
and Contribute?
How does IT’s contribution meet the organization’s
or certain business unit’s goals?
How do we also resolve IT’s contribution from a
customer perspective?
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From this analysis, the following ICT Capabilities can be
derived as shown in the next figure.
Video 25: Enterprise Considerations for ICT
Capabilities
Figure 21: A view of 6 ICT Capabilities
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The six ICT capabilities articulated are:
1. Base IT: Ability to provide basic ICT service in a
cost effective manner. These are also called IT
hygiene capabilities; IT is expected to do them well.
2. Common Services: ability to deliver services that
are shared by more than one Line of Business and
are not core IT.
3. Back Office: Ability to provide back office services
that are cost effective
4. Front Office: Ability to delight the customer,
impacts all customer touch points
5. Protect Enterprise Information Assets: Ability to
protect the information assets of the enterprise
including intellectual property as well as data that
customers have entrusted.
6. Transform the Enterprise: Ability to exploit ICT
capabilities to help Enterprise Capabilities perform at
level required by the strategic Intent.
In the following section, each capability will be described in
detail.
To Provide Basic IT Services
The IT Organization is entrusted by the enterprise to
provide basic IT services to an effective service level
agreement, at the lowest possible cost and risk. Typical sub
capabilities include: Platform and Storage, Network, Data
Management, Transaction Management, etc.
Capability Performance Metrics
Total Cost of Service at each Service Level (note
these are business service levels that articulate
business expectations of outcomes, not IT Service
levels)
Time to procure and provision service
Technology risks (number of technology components
and the type of application that are not under a
support contract)
Business Goals7
Optimize cost of technology service: current
cost/unit, [compare to industry benchmarks and
plan for the organization’s cost per unit of service
and business SLA]
Time and cost to provision and procure a service;
not just technology
Total cost of Basic IT/unit of revenue, customer and
so on
To Provide Common IT/Business
Services
Common business services are often perceived as
technology services, but the primary consumers are the
Value Generators, referred to as users, of the organization.
The services are often built once and leveraged by a
number of different business divisions. Examples of such
7 Business Goals are often defined in the Enterprise Strategic Intent
Document
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services include: Data Warehouse (DW) and Business
Intelligence (BI). This also includes cost of people doing
analysis, Enterprise Content Management, and Payment
Processing, Web and Video Conferencing, Integrated Voice
Recognition (IVR) and so on.
Capability Performance Metrics
Number of common capabilities
Cost and Time to define, build and exploit each
shared capability: establish the current, industry and
target performance measures
Percentage of total IT spend on common services
Business Outcome
Measures impacted include: total cost and time to
respond to changes in business strategy, the total
cost and timeline includes the cost and time to
assess the impact of business climate change on the
enterprise
Reduced total cost of automation per revenue,
patient or any other significant unit of measure
o Example: Cost of DW/BI per subject area,
Cost of Content Management per customer
and so on.
To Provide Back Office Services
A Back Office Service supports the organization’s internal
activities in order to run the business effectively and
efficiently. These activities often support the delivery of
the Final Value Product8 but are not of primary importance.
Typical services include Finance, Human Resources, Legal
and so on.
Capability Performance Metrics
Total cost of service and service level agreement to
the Value Generating sector
Time and cost to change a current service in order
to respond to the changing business climate
Business Outcome
Percentage of total enterprise operations spent on
back office services
o Example: The cost to manage Payroll for X
number of employees within a jurisdiction
To Provide Front Office Services
A Front Office Service is one that directly benefits the
customer and impacts those that provide direct support to
the customer. These activities often deliver the final value
product, but they can also be supportive. These services
are the most visible to the customer and therefore by
nature are more sensitive than back office services.
Examples include for Banking: ATM, systems used by the
tellers, batch processes that update to customer accounts
prior to the opening day, sandbox to beta test new services
and so on.
8 The Final Value Product is a product or service that the end customer
receives for which he/she is prepared to transact with the organization for either today or in the future
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Capability Performance Metrics
Time and cost to launch new product
Customer perception and satisfaction indicators
Business Outcome
Market share
Profit margin
Note: One of the primary motivations for classifying
services under Capability #3 or #4 is the guidance of
optimization. Capability #3 is optimized around cost
while Capability #4 is optimized around customer
perception and satisfaction.
To Protect the Assets of the
Organization
This capability enables the organization to place and
monitor the appropriate controls on each asset, these
assets can include: Physical, Intellectual, Trusted
information such as Patient Health Information (PHI),
Personal Identification Information and personal
information.
Capability Performance Metrics
Time and cost to classify assets
Time and cost to apply and manage controls
o Cost and time to manage access controls
Time and cost to respond in the event of a control
failure
Cost to adapt controls to changing business, political
and financial circumstances
Time and cost to develop a legal position in the
event of a breach
Business Outcomes
If the above capability performs at a desired level of
performance, the enterprise can realize the following
business benefits
o Reduced total cost and incidences of breach
o Improved Enterprise Risk Measure: Risk
Assessment Method9
Transform the Enterprise
The Transform the Enterprise capability enables the IT
Organization to provide specific services to the entire
organization under changing business conditions. These
services enable the Business to continually re-invent itself
and assure that the current assets are exploited to their full
potential.
Capability Performance Metrics
Number of Improvement opportunities [think of
these as enterprise architecture requirements]
Time and Effort to Plan [elapsed time to assess an
improvement idea and the effort required to put the
idea into an Action Queue]
9 ISACA has a method to assess the level of risk, such as risk associated
with inappropriate access
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Plan Efficiency [Percentage of projects on-time, on-
budget and to-scope]
Plan Effectiveness [Percentage of transitioned
capabilities that enable the expected Business
Outcome]
Quality of Information for Decision Making
[Percentage of stakeholders that give an excellent
rating to the information provided to make the
necessary decision(s) at each Phase gate]
Business Outcomes
If the capability performs at a desired target, these
business outcomes will be realized:
o Reduced cost of planning
o Business benefits will be realized from doing
the right project correctly the first time
o Total New Investment will have a higher
return
o Business value expected will likely be realized
Through the improved transformation capability, the
organization will improve the probability of executing
the right projects, correctly the first time
Video 26: Are the Right Measures Being
Tracked?
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Table 7: Summary of Capabilities and Measures for the IT Organization
Capability and Enterprise
Performance Indicators
Operational Definitions Current
Measure
and Metric
Target
Measure
and Metric
Total Cost of Technology and SLA
(SLA Performance, Availability, RTO,
RPO)
[IT Leads this metric]
• Total Cost of Base Technology Supporting
Capabilities
• Total Cost of Common Business sub Capability
Technology Risks
Enterprise Risks
Total Cost of Breach
[IT Leads this metric]
• Number of Technology components that support
critical processes and have no vendor support
• Total Cost of Breach
Time to Market
[Business Agility – Share of revenue
from new products]
[IT supports this metric]
• Time and Cost to launch a new product
Customer Perception and
Satisfaction
[Market share and Profit Margins]
[IT supports this metric]
• Customer perception of the organization’s brand
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Capability and Enterprise
Performance Indicators
Operational Definitions Current
Measure
and Metric
Target
Measure
and Metric
Value from New Investment –
Risk to New Investments in Business
Performance Improvement Programs
[Value from new investment : ROI]
IT supports this metric as a COE10]
• Time to Plan:
• Cost to Plan:
• % of Projects on Time:
• % of Projects on Budget:
• % of Projects transitioned Capacity to planned
State:
• % of Capability Owners that accepted the
Transitioned Capability
Value in Pipeline
[Long term sustainability and corporate
citizenship
Potential value of products/services in
the pipeline]
[IT supports this metric as a COE]
• Organization Chatter: # of threads and
feedback/employee
• Value of in Pipeline:
• Cost Reduction
• Revenue
• Staff Morale
• Corporate Citizenship
10
Centre of Excellence
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Review Questions
Q1: What is the Business Value of the Enterprise Continuum and how does it help improve the quality of ICT Strategies?
Q2: Discuss the role relationship between SIB and IT Strategies?
Q3: IT Strategy and IT Capabilities: discuss approaches on how to acquire the required funding.
Exercise: Base IT Strategy
For the Base IT Capability, how can we exploit pre-defined
performance measures and established current and target
metrics?
Suggested Approach: Please note, this is not the only
way to accomplish this task.
Step 1: Define operating cost [Budget Perspective]
• Consider complete IT Operating Budget
• Categorize each cost line item into one of six
capabilities
• Decompose the Base IT cost further into each sub
capability
Note: This will provide high level aggregate of
Hardware/Software and Human resource cost. This may
not be precise but is sufficient for this purpose.
Step 2: Determine the Operating Cost [Engineering
Perspective]
Consider each service and compute:
• Ideal Cost – For hardware/software, Human
Resource costs and opportunities for improvement.
Apply the 5 ‘Ws’ (Who, When, What, Where, Why)
methodology to define improvement opportunities
• Apply the improvement opportunities and compute
new cost and risk
• Review industry benchmarks if available
Step 3: Summarize engineering costs and risks against
actual costs and risks, this is sufficient to define the Base IT
strategy which consists of all sub capabilities.
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Service 4.3: Enterprise LOB
Capabilities
In service 4.1, senior management defines the Business
and/or the Change Strategy. The Change Strategy defines
what capabilities must change and also the new
performance target for them, the business value, estimated
cost, risk and the impact of changes on people. This work is
often based on what is referred to as “instinctual
architecture”. This work often lacks the scientific rigour and
largely relies on associative thinking. However, this is the
reality for the senior management team and in turn, senior
management provides direction for the organization.
Trigger for this Service
Define an Architecture Roadmap for a strategy. It could be
driven by a business objective such as improve market
share by 2 percent in consumer goods or an IT objective
such as reduce IT Platform costs by 12% over three years.
A strategy would provide direction, constraints and
additional guidance in pursuing the objective and can also
act as a trigger for this service as explained below.
Work comes into the G1 phase gate through two routes: 1)
introduction of a new capability that results from a change
in Strategic Intent and 2) modification required to an
existing capability as a result of a change in Business
Strategy. The approach to develop architecture for each
work stream is the same, however subtle complexities are
different. For example, modifications to an existing
capability can take a continuous improvement approach,
however, development of a new capability will likely require
more abductive thinking; a concept defined in a systems
thinking framework.
• Input: Enterprise Strategy that includes capabilities
affected, performance measure, both current and
target metrics as well as business value that can be
realized by having the capability perform at the
target level.
• Output: A portfolio of architecture transition plans
and business cases for each affected capability.
[Note: If the architecture transition plan is described
correctly and adequately, project charter for each
transition plan can be developed in less than three
days]
Business Value:
Decision: select a transition plan that will transition
the required capabilities performance from the
current to target at a defined cost, risk and timeline
Transition capability: No Impact
Business Outcome: Investment decision is explicitly
linked to capability performance and accountability is
transparent
Link to overall Capability Based Value Delivery
The figure on the next page defines how this service is
linked to the overall business transformation value chain.
This work is detailed at a conceptual level which implies
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that the architecture specifies “what” must be done and
why. For example, Business architecture in this case
specifies what work is done but not how. Further, it must
specify:
What performance criteria are used to measure
process improvement
What roles are affected and how big is the change
on these roles
Figure 22: Transition Plan and Business Case
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Tools/Techniques Applied
• Architecture Requirements: Identify affected
capability, current and improved performance
targets. Iteratively elicit input from key stakeholders
with respect to what prevents the capability from
performing at the target level.
• Application of the TOGAF® ADM: Application of
the TOGAF® ADM at a conceptual level of detail is
performed to help generate the transition plan and
business case. TOGAF® phases involved include
Architecture Requirements, Architecture Vision,
Business Architecture, Information Systems
Architecture, Technology Architecture, Opportunities
and Solution and Migration Planning.
• Types of Roadmaps: We will discuss two types of
roadmaps: roadmaps for Horizontal and Vertical
capabilities.
o Horizontal: architecture includes transition
plan, business case, execution as well as
value management.
o Vertical: detail architecture to reference
architecture point and explore what
enterprise capability can be improved by
transitioning this capability to new level.
• Process to Develop Roadmap: The roadmap
development process is decomposed into three
steps. The motivation for this decomposition is to
help address Enterprise Architecture (EA) skills
shortages and time to deliver the EA roadmap. This
is a similar approach adopted at the turn of the
century during the industrial revolution when work
was decomposed to match the required skills.
• Artifacts and Deliverables: Finally, we will define
views of architecture analysis for a typical strategy,
sample deliverables, skills and effort required to
develop a typical architecture roadmap.
• Quality Checklist: Since architecture work can
start from two different perspectives: 1) a new
capability(s) or 2) enhancements to an existing
capability(s), we provide two checklists to ensure all
the relevant questions are answered to the sponsor’s
and subsequent implementation team’s satisfaction.
Application of the TOGAF® ADM
To develop the Roadmap for a collection of Enterprise
Capabilities or a Business Strategy, the application of
TOGAF® methods is used to generate a conceptual level of
detail. This level of detail should be sufficient to define a
pragmatic transition plan and business case. In this phase
the need, quality and cost to acquire the information is
carefully balanced.
Additionally, iteration is applied from two points of view: 1)
level of detail (conceptual) and 2) scope of the Enterprise:
Industry Perspective first then the architecture to meet
your organization’s constraints.
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Without defining architecture from the industry perspective
first, the architect is dangerously misleading the
organization by not communicating what is possible.
Figure 23: TOGAF® ADM and Architecture Roadmap
Video 27: What is Required for a Conceptual Level Architecture?
Capability and Architecture
Requirements
Architecture Requirements – Obstacles that prevent the capability from performing at target state from various stakeholders point of view
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Table 8: Enterprise Scope and Deliverables
Scope Architecture
Requirement
Architecture
Context
Architecture
Definition
Opportunities &
Solutions
Migration Plan
Industry Define Define Define
Organization Adapt /Define Adapt /Define Adapt /Define Define Define
Note: For the above table, by define, identify from
scratch. For Adapt/Define, adapt industry
architecture in line with your Organization’s
constraints.
Steps to define deliverables outlined in the above TOGAF®
ADM phases are well defined in the TOGAF® 9 specification,
however the objective of this section is to highlight the
critical points for architecture: requirements, context and
definition; opportunities and solution as well as migration
planning.
Architecture Requirements: from the perspective of
direct reports of the Capability owner, through a formal
interview process, we need to gain insight by asking the
following probing questions:
What prevents the capability from meeting its target
performance?
How will you know when the capability is performing
at the target state?
What are your competitors or new entrants doing
with regards to these obstacles?
What approaches would you suggest that could help
the industry/organization overcome these obstacles?
o Have any of these approaches been tried
before?
What will be the impact on business goals if the
capability is transitioned incrementally, as oppose to
a big bang approach?
Notes:
1. Prepare for the interview with senior
stakeholders. One classic approach is to put
yourself in the person’s shoes and see what will
be your answer to these probing questions.
2. Do not – I repeat Do not – analyze architecture
requirements while you are eliciting them;
capture the concerns and have them elaborated.
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3. Among different stakeholders, architecture
requirements will conflict. This is expected and
conflict is a good thing as it will provide greater
value to your architecture.
Architecture Context – Iterations allow initial mobilization
of architecture activity by establishing the architecture
approach, principles, scope, and vision.
Architecture Definition – Iterations allow the creation of
architecture content by cycling through Business,
Information Systems, and Technology Architecture phases.
These iterations also allow high-level viability and feasibility
tests to be carried out by looking at potential opportunities
and migration plans.
Opportunities and Solutions – Iterations enable
discussion between what is ideally possible and what the
organization has the appetite to absorb.
Migration Planning – Iterations support the creation of
formal change roadmaps and allocation of resources to
develop defined architecture
Video 28: Architecture Requirements
Should Not be Analyzed When Elicited
Types of Architecture Roadmaps
Traditionally, Enterprise Architecture work has taken three
perspectives: Strategic, Segmented and Capability. To be
effective, one has to consider all three perspectives
simultaneously. This section will discuss what to focus on
and when.
• Strategic Architecture typically translates Enterprise
Strategic Intent into Enterprise Capabilities. This
work is done in Phase Gate G0 to G1 in the CBvd™
life cycle.
• Segmented Architecture is developed when the
transition of several Enterprise Capabilities are
grouped into one business strategy and investment
decisions are made collectively as opposed to one
capability at a time. The majority of architecture
work consists of segmented architecture. Examples
of segmented architecture include a single view of
the customer that will: enable an increase in sales
by 30%, optimize cost and risk of IT to below the
industry average.
• Capability Architecture refers to when we architect
the transition of one capability at a time; this type of
architecture is often defined at the industry level.
Examples include the ability to manage and
disseminate enterprise content, ability to deliver the
right analytic information to decision makers and so
on.
Regardless of the perspective, architects traditionally
produce two types of roadmaps.
1. Roadmap to transition capabilities to enable
expected Business Goals: Define architecture,
Transition Plan, Business Case, Implementation
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Plan/Governance and Value Realization. This is often
referred to as Segmented Architecture.
2. Define architecture roadmap without a specific
mandate to define a Transition Plan: there is no
commitment to make a further investment at this
time. An example of such architecture is to simplify
IT and reduce complexity. The resulting architecture
produces enterprise standards and governance. Over
time, the current technologies are transitioned to
standard technologies.
Steps to Develop Roadmaps
Here are some considerations before starting work on an
architecture Roadmap:
Level of Detail: Keep it conceptual, the focus
should be on “what” and not “how”.
Key Stakeholders: Understand their roles;
determine who is responsible for results. Typically,
these are direct reports of those who define why the
intended business outcomes are important.
Decision: Architecture work will provide sufficient
detail to determine the scope of the Transition Plan
(brief program/project charter), risks and explicit
definition of the Business Case and rationalization of
the investment portfolio across multiple strategies.
Guidance: The details should provide sufficient
guidance to the implementation and value
management teams.
Deliverables: The Architecture Definition
Document, Transition Plan and Business Case
Artifacts: AS-IS and TO-BE process, people,
organization, information, data, application and
technology architecture models as required
Step 1: Define reference architecture without limit to the
organization’s constraints. Define the ideal architecture and
transition plan. This step provides guidelines and a quality
checklist to ensure output quality and enable continuous
learning.
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Figure 24: Define Industry Architecture for a Capability
Work Performed
Define Reference Architecture for each Capability
Define capability measures and performance
benchmark
Define steps to adapt the architecture to
Organization Constraints
Team Leader Skills
Ability to define Business, Data, Information and
Technology Architecture
Ability to use a defined process to capture the
current state
Assess current capability performance
Architectural thinking
Integrate each capability transitioned architecture
into the strategy transition architecture
Minimum Open CA Level 2 certification
Experience with the specific capability or in a
number of capabilities
Deliverables
Architecture artifacts for Capability, Business, Data,
Application and Infrastructure
Step 2: Define Architecture for a strategy by starting with
reference architecture for each capability, define and
integrate the transition architecture for the entire strategy
holistically. Note, the architecture in step 1 considers only
global constraints while the architecture in this step adapts
a global reference architecture for the organization’s
constraints.
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Figure 25: Develop Capability Architecture for the organization
Work Performed
Define Reference Architecture for each Capability
Define capability measures and performance
benchmark
Define steps to adapt the architecture to the
organization’s constraints
Team Leader Skills
Ability to define Business, Data, Information and
Technology Architecture
Ability to use a defined process to capture the
current state
Assess current capability performance
Architectural thinking
Integrate each capability transition architecture into
the strategy transition architecture
Minimum Open CA Level 2 certification
Experience in the specific capability or a number of
capabilities
Deliverables
Architecture Artifacts – Capability, Business, Data,
Application and Infrastructure
Adapt Reference Architecture artifacts; may need to
create another view to facilitate dialogue among
internal stakeholders
Architecture Review Board sign-off
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Step 3: Create the Transition Plan and Business Case by
adapting Strategy Architecture to conform to the Enterprise
planning constraints. The output of this process is often an
input into Enterprise Investment Portfolio Management.
Figure 26: Create the Investment Portfolio of Projects
Work Performed
Define the Transition Plan that conforms to the
enterprise’s constraints at the time of Business
Planning
Define the Business Case
Get the Strategy/Capability sponsor to understand
the Value Statement, capabilities that will be
transitioned, the project success criteria and the
desired business outcomes
Team Leader Skills
Organization Knowledge
Understanding of Financial, Business and
organization change constraints
Senior Project Manager or Open CA Level 2
certification
Experience in the architecture life cycle
Deliverables
Organization specific Transition Plan and Business
Case
Value Statement and Capability Transition Sign-off
by the Strategy Sponsor
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Quality Checklist
After the Enterprise Architect completes the architecture,
Transition Plan and Business Case from the strategy
owners’ perspectives as well as program implementation
teams’ points of view, use the following quality checklist
scenario to perform the necessary quality assurance of the
work performed.
Table 9: Quality Checklist – Transition Plan for a New Capability
No. Condition G Y R Remark
1 Directive Capabilities transition stage: performance
measures and metrics are explicitly defined and agreed by
both the implementation, capability custodians and by the
strategy owners
2 Resulting Business Strategy goals are explicitly defined – test
with SMART criteria against Business Goals
3 Strategy/Capabilities owners have signed off on the resulting
Value Statement
4 Scope of each initiative – cost, timeline and inter project and
external project dependencies are defined
5 Initiatives are detailed to meet the portfolio planning needs
6 Initiatives detail can allow PM to complete project initiation
and planning in less than three days
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No. Condition G Y R Remark
7 After funding is approved and planning (RFP to procure the
systems) is complete – re-assessment of architecture is
completed
8 Architecture artifacts are developed to conceptual level of
detail and communicated to design and implementation
teams
This checklist is often completed by the following
stakeholders:
Capability Owner
Portfolio Management office
The SDLC Team Leader, often the Project Manager
or the Project Management Office Manager
Additional Deliverables
Depending on the organization’s culture and level of detail
required to clear Phase Gate G2, the architect may do
additional work including:
RFI, RFQ and RFP to develop better cost and risk
estimates
A plan for prototype development for a specific
technology and process to better estimate risk and
other considerations
Take the architecture on a “Roadshow” to build
commitment and consensus among stakeholders
who may reside in another organization
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Review Questions
Q1: What is the business value of doing as-is architecture when defining an Architecture Roadmap for a Business Strategy?
Q2: What expertise are required to translate a summary of gaps into a transition plan [hint inductive, deductive and abductive
reasoning]
Q3: How do you know if the proposed architecture is optimum?
Q4: Who are the key stakeholders for Opportunities and Solutions and Migration Planning Phase and why did you consider
them to be key stakeholders?
Q5: How is the Transition Plan for a Common Capability and for a Front Office Capability different?
Exercise: Architecture Roadmap
Business Strategy: Define the architecture roadmap for a Business Strategy that introduces innovative and high-performance
products and services.
• Deliverables: Architecture Analysis, Architecture Definition, Business Case and Transition.
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Service 4.4: Transition Plan and
Portfolio of Investment for Change
The focus of this service is to take the business strategy
roadmap that defines at a conceptual level what changes
must be made to existing capabilities and/or what new
capabilities must be built. The management of this service
is well defined in PMI (Project Management Institute)
methodology and often falls within the known phases of
Initiate, Plan, Execute, Control and Close. The contribution
from architecture is important to assure that the quality
expectations of what is built is aligned and will deliver the
expected value.
Trigger for Architecture Work
Projects enter the G2 phase either via the capability
transition plan and/or directly as an enterprise project that
does not require any adjustment to the capability
architecture but may still require investment allocation,
design and project management involvement.
Engagement: Prior to starting this phase, the final state of
the affected capabilities and process by which these
capabilities will be transitioned to are agreed upon by all
key stakeholders. With information provided, the Project
Managers are able to complete the project charter and
planning activity in just days. During this phase, along with
helping Project Managers get started, the architect in this
phase needs to define the logical and physical architecture
ensuring the detailed architecture conforms to the
conceptual and contextual architecture requirements as well
as to develop the implementation strategy.
Prior to the transition of the capability into production, the
architect will complete the G3 Quality Checklist and gain
approval from all affected stakeholders for deployment.
This will ensure the transitioned capability meets the
established quality criteria.
Input
The Capability Transition Architecture or list of changes to
the capability that can be addressed via design changes
only.
Output
The transitioned capability is deployed into production and
support is given to the ITSM team. Stakeholders are
educated and trained to start using the transitioned
capability, the expected business outcome scorecard is also
updated.
Business Value: Overall, the business value of this service
is a physical change to the impacted enterprise capability.
Decision: help identify the impact of any strategy on
the enterprise
Transition capability: No impact
Business Outcome: monitor capability performance
and link to enterprise goals; this consumes the
majority of a Business Transformation Professional’s
time.
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Link to overall Capability Based Value
Delivery
The overall process includes the definition of architecture at
a logical and physical level of detail. We also need to ensure
the quality of the solution meets the architecture and
architecture of the transitioned capability continuously
remains aligned to the enterprise’s needs.
Figure 27: Deploy the Transitioned Capability into Production
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The service role of Sponsor, Architect and Project Manager
forms a three legged stool; each role has a specific
accountability.
Tools/Techniques Applied
The following tools and techniques as well as their context
are applied throughout this service.
• Architecture Requirements: We need to identify
the potential stakeholders that can provide insight
into obstacles that must be overcome and strategies
to manage these obstacles.
• Application of the TOGAF® ADM: The
implementation Governance phase has two
perspectives, 1) execute Phase G and 2) execute
Phase B, C & D to define the logical and physical
architectures as well as take corrective action if
changes in architecture has an impact on Phase A, E
and F.
• Project Management: Since this phase starts with
the approval to begin formal implementation, the
exploited Project Management Institute defined
processes include: Initiation, Planning, Execution,
Control and Close. The scope of this section is to
define touch-points between the Project
Management and architecture disciplines.
• Project Governance: Organizations often make
extensive use of project steering committees to
govern project implementation. This section will
highlight the role and mandate of various
stakeholders in the steering committee as well as
governance of all implementation contracts as they
were defined in the Architecture Roadmap or in the
architecture change management perspectives.
• Systems Development Life Cycle: Often in this
phase, the underlying systems that make up the
third leg of a capability stool [People, Process and
Technology] are changed to accommodate the
automation of new processes. This section will
provide a high-level discussion of a suitable
methodology: waterfall and/or agile.
• Implementation Strategies: During the
implementation, there is a need to bring various
stakeholders to a common understanding of the
challenge and approach to resolve them. Some of
these areas include organization change
management, data conversion, testing, value
management and so on. This section will shed light
on how to approach these strategies.
• Preparation for Cut-over to Production: This is
the most significant deliverable that the architect
needs to produce and addresses the question: have
all impacts of change been properly mitigated? The
focus is how to minimize the area under the valley
of despair curve from Organization Change
Management theory and it sets the stage of how
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effectively the transitioned capabilities will be
exploited by the capability consumers.
Video 29: The Valley of Despair
Information Gap Assessment
Work enters into Phase Gate 2 through two sources:
1. Transition Architecture for a Business Strategy:
Use the checklist defined in
Table 9: Quality Checklist – Transition Plan for a
New Capability to ensure that adequate information
is provided at the start of Phase Gate G2
2. Changes to an existing capability that does not
require architecture change. Capability performance
can be improved to the target state by design
changes only:
Use the checklist defined in Table 10: Changes to
Capability without Changing its Architecture to
validate the accuracy and completeness of the
incoming information.
Depending on the project’s nature or culture of
the organization, this type of project may not be
part of the formal portfolio approval process.
The checklist provided here can help the practitioner
identify if the previous process has provided sufficient
information to ensure that Phase gate G2 to G3 can be
effectively executed.
Capability ID: _________ Capability Name: ___________
Table 10: Changes to Capability without Changing its Architecture
No Condition G O R Remark
1 Change to Supporting Capability is defined in terms of Capability Performance
Indicators
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No Condition G O R Remark
2 Impact of the transitioned capability on the Business Unit’s performance is
defined as part of the value statement
3 Value statement is accepted by the capability owner
4 Initial or baseline required resource estimates are complete and loaded into
Enterprise Planning Suite
Architecture Requirements
Architecture requirements describe obstacles that prevent
the capability from performing at the target performance
from the key stakeholder’s point of view. During the G2 to
G3 Phase, logical and physical architecture requirements
are elicited and analysed through TOGAF® ADM Phases A,
B, C and D. Any resulting change to deliverables produced
through TOGAF® ADM Phases A, E, F are updated. If the
changes to these deliverables are architecturally significant,
then the architect must inform the capability owner and
project manager. The change to architecture must be
managed through the normal project management change
process of the organization.
Logical Architecture Requirements
The process to elicit requirements should have the following
considerations:
The stakeholders are Subject Matter Experts (SMEs)
who actually interact with the capability and have
“how work is done” level of detail.
The Architecture Roadmap from Phase Gate G1 to
G2 defines the improved business process and in
this phase (G2 to G3) each improved business
process will be matured to the next level of detail
and processes that are manual or automated will be
identified. It is critical for the architect to define
which process should be automated.
An example of logical architecture requirements are as
follows:
1. For clinicalMessage™ to establish a patient centric
collaboration thread within 5 seconds 99.9% of time,
the most responsible team members must be
accurately defined.
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2. For information to be accurate, a clinician must have
the ability to manage their presence and team
assignment while outside the office.
Furthermore, the analysis of the logical requirements helps
develop the Business Requirement Document (BRD) that
becomes an input to the Organization Change Management
Strategy, Functional and Technical Specifications.
Physical Architecture Requirements
Stakeholders for physical requirements are those who are
responsible for the operational work. For example, a
System Administrator may not process orders but ensures
the supporting systems perform accordingly to the service
level agreement. Physical architecture requirements
describe what is required to support those who do the
work.
Example of physical architecture requirements are:
Clients require 99.99% availability, 24x7 with a RTP
and RPO11 of 20 minutes and 2 hours respectively.
To meet this requirement, we will need these
<specified> system management tools.
For a process to complete as planned, we need the
right number of skilled and motivated staff on each
post 20 minutes prior to the start of the shift.
Application of TOGAF® ADM
11
RTO is Recovery Time Objective and RPO is Recovery Point Objective
During the Phase Gate G2 to G3 of Capability Based Value
Delivery life cycle, we exploit the Implementation
Governance Phase of the TOGAF® ADM. Figure 28:
Implementation Governance illustrates the steps and
specific activities described as follows:
Step 0: Implementation Governance Phase in the ADM.
Step 1: Based on the logical and physical architecture
requirements, develop logical and physical architecture
using the ADM Phases B, C and D.
Step 2: Assess if the logical and physical architecture has
discovered any addition information that has an impact on
the conceptual and contextual architecture defined in the
Architecture Roadmap.
Step 3: Assess if the new information has an impact on the
overall capability performance, business outcomes and
capability transition plan. If yes, follow the enterprise
project change management process.
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Figure 28: Implementation Governance
The TOGAF® Skills framework guides the governance and
business transformation competencies. The TOGAF®
Continuum supports the reuse of architectures to help
improve the quality, time and cost to deliver.
Project Management
Capability Transition Governance Service exploits the
competencies of the Project Management Professional
(PMP) certification. Typical activities include:
Initiation: Define Project Charter
Planning: PMP planning activity has multiple views
including, not limited to, resource, communication,
tasks dependencies, OCM, deployment etc.
Execution: Ensures all resources are optimally
deployed to deliver scope outlined in the charter
Control: Corrective actions to manage all risks to
Timeline, Cost and Scope
Close: formally close the project; update the
repository of lessons and enterprise content
Capability Transition Governance
Many teams struggle to define an effective governance
structure for this service. Three key stakeholders who
provide leadership are needed within this service and the
decision authority of each role must be clearly understood
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not only by the team but also by leadership itself; consider
the following for each role:
• Capability/Strategy Owner: This role is held both
ACCOUNTBLE and RESPONSIBLE by the organization
to deliver the intended business results from the
transitioned capability. This role often has the most
trusting relationship with people affected by the
changed process.
• Architect: This role is RESPONSIBLE for defining
the right capabilities, their transitioned state and
roadmap to transition the affected capabilities.
• Project Manager: This role is ACCOUNTBLE to
ensure all resources are deployed effectively to
transition the capability to the target level of
performance as outlined in the roadmap on-budget
and on-time.
The performance of these three roles is often measured by
different measures and they also find themselves in
conflict; hence it is critical that these roles remain aligned
and make undesirable trade-offs in a respectable manner to
each other.
A point of caution to the capability sponsor is that your role
has the most trusting relationship with key stakeholders in
the organization; the other two roles are often filled by
temporary resources/consultants. In the event any member
of the enterprise questions the competencies and decision
rights of these roles, you must render judgement with
caution. It often does not take much to destroy the
credibility of those that are responsible for the benefit you
will consume.
Role of the Steering Committee
In most organization governance frameworks, steering
committees often have explicitly defined roles and
accountability. The committee often reviews timelines, risks
and budget with meetings held once every two to four
weeks. We recommend that additionally, steering
committees should start reviewing one more status report:
The Quality of the Capability.
Too often, transitioned capability is deployed into
production and lacks alignment to fundamental business
requirements and also violates key principles in the name of
least time to market. The result of such decisions is often
not visible until long after the program teams are disbanded
and projects are closed. The front line staff will then need
to deal with deficiencies impacting their ability to help
deliver the required business outcomes.
This section will highlight some key attributes of capability
quality. It should be the RESPONSIBILITY of the program
architect to develop and communicate this report to the
steering committee and this is similar to the role of the
project manager who has the RESPONSIBILITY to
communicate timeline, cost and risks.
Key attributes of Capability Quality that needs to be
articulated to the steering committee include:
Budget and Program Cost
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Program Timeline
Business Capability(ies) affected
Organization Change Management
Compliance to Principles
Integrity of Program Leadership
A working template can be found in Chapter 7 of this book.
Video 30: The Role of the Architect and
Project Manager
System Development Life Cycle
Often within this service there is a change to the
information management system. Both waterfall and agile
SDLC methodologies have their pros and cons, the following
section provide a list of items to consider when selecting
either methodology:
Waterfall Methodology Pointers
Business problems to solve and potential solutions
are reasonably understood
Cost to implement each increment exceeds the
benefit
Agile Methodology Pointers
Neither the business problem or the solution is
understood, hence an iteration is required
The benefit of bringing the capability to market
exceeds the cost to deploy
Organization culture supports quick prototype and
deploy
Organizations can also adopt a hybrid of the two. For a
transaction system, they may adopt Waterfall, but for
reporting and business intelligence they may adopt an Agile
approach.
Implementation Strategies
During the capability transition, there are often instances
where stakeholders have conflicting concerns. Such
concerns include, but are not limited to:
How do we manage the impact of change on people?
How do we stress test the system without using
production data?
Are we going to cut the system into production in a
big-bang approach or is it going to be rolled out to
one group at a time?
How are the new capabilities tested and with what
data?
How much data should be converted on go-live and
after go-live event?
How will communication and training to those
impacted be handled?
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Post go-live, how will we ensure the transitioned
capability actually delivers the intended business
outcomes?
These types of questions are generally addressed in the
form of Implementation Strategies. It is often the
RESPONSIBILITY of the architect to develop these
strategies and the architect often works with the project
manager to include resulting tasks into the regular project
management plan.
As an example, a typical testing strategy may include the
following topics:
Testing Objectives
Developmental and Test Cycles
Detailed Requirements Development Process
Testing Roles and Responsibilities
Testing Methodology
Specific Test Methodology Criteria
Test Case Priority Definition
Risks and Contingencies
Testing Metrics
Testing Environments
Test Deliverables and Artifacts
Review Questions
Q 1: Describe the ‘valley of despair’ and what are some tools that can reduce its impact?
Q 2: List some of the more important pros and cons of a Waterfall vs. Agile approach.
Exercise: Project Charter
Exercise #1: Based on your current initiatives, identify information that your Project Charter requires and is missing in the
Architecture Roadmap, Transition Plan and Business Case.
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Service 4.5: Execute Change
The focus of this service is to execute the implementation
plan and deploy the transitioned capability into production.
If the logical and physical architecture were correctly
performed, the execution of the change will proceed as
planned. While the project manager and the project team
take the lead, the architect plays a valuable role in
monitoring that the quality of the execution will successfully
transition the capability to achieve the desired business
outcome.
Trigger for This Service: Cutover
Preparation
Work enters into Phase Gate 2 through two sources:
1. Transition Architecture for a Business Strategy
2. Changes to an existing capability that does not
require an architectural change. Capability
performance can be improved to target state by
design changes only.
The checklist provided in the table below helps the
practitioner identify if the previous process has provided
sufficient information to ensure that Phase gate G2 to G3
can be effectively executed.
As systems get ready for deployment, communication to
the entire organization is prepared and training programs
are about to start, the capability transition team is about to
take their implementation into the enterprise and one
needs to be absolutely certain that nothing is forgotten! In
order to support this activity, this section provides three
checklists: 1) System Readiness, 2) Organization Readiness
and 3) People Readiness; these are found in the following
tables.
Business Strategy ID: __________________
Table 11: System Readiness Checklist
No Condition G Y R Remark
System Readiness
1.1 All test cases for user acceptance have been tested and approved, any
business workarounds and exceptions have been signed-off
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No Condition G Y R Remark
1.2 User and system security has been explicitly tested – for virtual, cluster
and load balanced environments
1.3 Basic penetration testing and vulnerability assessments have been
conducted on the production infrastructure
1.4 All architecture requirements have been validated, requirements that
remain outstanding are clearly communicated to the business stakeholder
and their impact on the business goals is understood
1.5 All enterprise capabilities are updated to the new transition state
1.6 Solutions in production are validated against the approved architecture
including standards and principles
1.7 Run books including batch processes, monitoring, back-out plans and
system reset instructions have been documented
1.8 Work flow for helpdesk – infrastructure help, process help and system help
have been defined and communicated
1.9 SLAs with vendors and internal teams are in place
Base Infrastructure
2.1 Base production infrastructure is procured and installed
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No Condition G Y R Remark
2.2 System under full load has been tested and its performance is acceptable.
If not, provisions have been made to add capacity as needed (define
acceptable time and cost here)
2.3 The base infrastructure without systems and data has been tested, this
includes: virtual environments, failover, resource allocation, virtual
desktops etc.
Note – The new production infrastructure install will need to be carefully
managed as there will be two production infrastructures available for a
short period of time. Network traffic and data conflicts have been
considered to prevent current production system to malfunction
2.4 The disaster recovery site infrastructure readiness plan is ready
System Install
3.1 The system install sequence plan has been finalized and tested in User
Acceptance Testing
3.2 Data conversion sequence plan has been established and tested in User
Acceptance Testing
3.3 Data conversion validation reports have been developed and agreed to by
the system owner
3.4 Resources for manual data conversion are in place if required
Business Strategy ID: __________________
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Table 12: Organization Readiness Checklist
No Condition G Y R Remark
1.1 The launch strategy has been defined, agreed upon by all stakeholders and
communicated to affected stakeholders
1.2 All training content is developed in appropriate format for delivery
1.3 Training plans are developed according to the launch strategy
1.4 All pre-training content has been developed and sent to trainees
1.5 All trainers have been trained and examinations have been scheduled
1.6 All communication content such as banners, videos, public content, public FAQ
have been developed
1.7 If required – information and/or help for the user has been provisioned where
a user can bring their work and an expert will be available to help them
1.8 Training dates have been provisioned along with back-up and restore after
each class. Restore time and restore volumes will be carefully monitored
1.9 Process to add new people, remove others, change security and permissions
been established and communicated
1.10 Security audits have been completed and security breach scenarios and
response has been established
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No Condition G Y R Remark
1.11 Rollback Plan – in the event that the old capability had to be restored, the roll
back plan been properly defined and communicated to back out
1.12 All required staff for cut-over have been provisioned and are available onsite
or available on short notice (SLA), Note – ensure all contact information is
known and up to date
1.13 Establish cut-over window start and end times. During the cut-over period, all
affected systems are under the control of the project team and managed by
the cut-over Command Chief
1.14 The Plan to sunset legacy systems including data backup and restore are in
place
Data And Information Considerations
2.1 Circumstances that require all batch processes to be run prior to any cut-over
start have been identified and planned for
2.2 Roll call, assigned posts and established command post with the Command
Chief are in place. (Changes to any part of the plan will require clearance from
the Command Chief)
2.3 Users are appropriately Locked out – users may have to be locked out to
ensure full volume backup to 100% restore – and complete volume backup to
enable full restore is enabled
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No Condition G Y R Remark
2.4 All systems including integration and monitoring are stopped. Systems at
disaster recovery are also appropriately stopped
2.5 Databases, install systems, install integration programs, clear batch logs,
clear test ids are all performed for the cut-over
2.6 Data conversion is performed
2.7 Validation reports are run
2.8 System owner signatures are in place
2.9 System back-ups are in place and in a separate volume as needed
2.10 Exceptions that cannot be resolved before the cut-over are appropriately
escalated to the Command Chief
2.11 User IDs and Passwords have been distributed
2.12 When appropriate, unlock all users to enable access
2.13 Transition to helpdesk – both for process and system support
2.14 Provision additional resources for the first transaction, first batch process –
daily and weekly, volume print runs
Recovery, Sunset and Performance
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No Condition G Y R Remark
3.1 Get Disaster Recovery site ready and synchronize all systems (during this
time there may not be any DR site)
3.2 Start the legacy system sunset plan, provision recovered infrastructure for
Disaster Recovery where possible
3.3 Work with capability owner to analyze capability performance
Business Strategy ID: __________________
Table 13: People Readiness
No Condition G Y R Remark
Customer
1.1 Customers that are affected by this change have the communication document.
This document has been developed and approved for communication and
released to the customer
1.2 The help desk has been informed of the communication to customers and a
FAQ has been provided to them
1.3 Customers that access the system have any new updated information such as
the new URL, application and/or login credentials. The customer training plan
is also in place
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No Condition G Y R Remark
Operating Staff – Business SME
2.1 As part of the Organization Change Management – training has been
completed, authorized people has access to the system
2.2 Process to distribute user id and passwords are established
2.3 Staff help sessions and workshops are planned
IT Support Staff
3.1 Run books are reviewed
Video 31: The Benefits of a Checklist
Execute Change Service Described
Given the Transition Plan and Business Case, this service
will build and manage a multi-discipline team to transition
the capability to perform at a target level on-time and on-
budget.
Transition Leadership Team Member Roles
The following 4 entities play key roles for this service:
Capability Sponsor: Provides overall leadership
and help facilitate the impact of change on affected
stakeholders. The Capability Sponsor will have the
ultimate accountability to deliver the business
outcomes through exploitation of the transitioned
capability.
Architect: Assumes the RESPONSIBILITY that the
transitioned capability will deliver the intended
business outcomes as long as the capability is
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exploited as outlined in the architecture roadmap
and has the responsibility to continuously work with
capability users.
Project Manager: Builds a team of multi-disciplined
professionals to execute the architecture roadmap
on-time and on-budget.
Steering Committee: Guides the capability sponsor
and help facilitate the inevitable and tough choices
as the project team executes the architecture
roadmap.
Summary of Deliverables
Project Charter
Logical Architecture
Physical Architecture
SDLC Deliverables: Business Requirements,
Functional and Technical Specification, Systems
Support Manuals and Run Books
Strategies such as data conversion, OCM, cutover
and so on
Quality Assurance
Technical and Business Change
Help refresh the checklist as part of continuous
improvement and learning
Review Questions
Q 1: In your opinion, what are the top three reasons why IT Project fail to meet enterprise expectation? Has the Capability
Transition Governance Service addressed this deficiency?
Q 2: What are the root causes for inherent conflict between the PM and Architect’s role, and what strategies can be deployed
to manage this conflict?
Exercise: Execute Change Governance Service
Exercise #1: Consider a project that you were part of in the past, complete the Quality Assurance Report and discuss if the
findings would result in different actions and their impact on the outcome.
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Service 4.6: Support and Maintain
Enterprise Capabilities
Now that the transitioned capability is deployed into the
production environment, we can now exploit the capability
for the value we had targeted and realize the expected
business outcome. Over time and changes to the
organization’s internal and external environment, the
capability will need adjustments. A large part of this work
can be handled in the operations domain but some will have
greater complexity. For these types of changes, we will
need to implement continuous planning to prioritize the
work that yields the best value to the organization.
Trigger for this Service
After the transitioned capability is deployed into production,
architecture work is triggered to improve the performance
of the capability and help realize the intended business
outcome.
Input
With minimal changes to the technology component of the
capability, help improve the capability performance and
secondly consider elements of people, process and
technology aspects of the change. The scope is triaged
according to rules defined under the governance Decision
for “TR1” in
Figure 29: Leverage Enterprise Capabilities.
Output
The Capability performs at the desired level as measured
through the Capability performance indicators and results in
the desired business outcome through the enterprise
performance scorecard.
Business Value
During this phase, both transformation and operations staff
work together to extract value from the capability.
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Figure 29: Leverage Enterprise Capabilities
Video 32: Value Management – An underperformed Activity
Engagement: Prior to starting this service, the transitioned
capability is deployed into production and has cleared the
initial “settling” state. Each trigger to change the capability
is assessed using the following TR1 triage process:
• Game Changer – Analyzed using Opportunities and
Threats aspect of the SWOT Analysis. The capability
transition work starts at the CBvd™ Phase Gate G0.
• Improvement – This opportunity is analyzed with
the Strengths and Weakness perspective of SWOT
analysis and transition work starts at CBvd™ Phase
Gate G1.
• Continuous – these opportunities can be realized
by changing system design along with changes to
the process and people skills; work starts at the
CBvd™ G2 Phase Gate.
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• Operational – these opportunities can be realized
by changing process and people skills by making
changes to configurations of information
management systems. Work can be performed in
the operations environment and starts at CBvd™
Phase Gate G3.
Link to Overall Capability Based Value
Delivery
Figure 29: Leverage Enterprise Capabilities defines how this
service is aligned to the overall business transformation
value chain. This is the longest phase of any enterprise
capability. During this phase, using Lean Six Sigma
methodology, the capability is continuously improved and
incremental value is extracted from the enterprise
resources. Primary activities include: 1) the transition to
System Support, 2) management leverage of the capability,
3) monitor its performance and resulting enterprise value
and 4) benchmark the performance of the capability against
industry as well as internal engineering expectations.
Tools and Techniques Applied
• IT Service Management: Review fundamentals of
ITILv3 and define touch-point between ITIL and the
Capability Based Value Delivery Process.
• Learning Organization and Architecture
Requirements: How opportunities to improve the
performance of current capabilities are captured,
analyzed and planned as well as what new
capabilities should be brought in and what current
capabilities should be sunset.
• Continuous Planning: Addresses how opportunities
for improvement are identified, planned and
dispatched for execution throughout the year as
oppose to once an economic cycle.
• Business Transformation Process Maturity:
Addresses how to measure Business Transformation
and supporting capability maturity in real-time
through a natural process. Unlike the CMMI
approach which measures process repeatability, this
process directly measures maturity in the ability to
generate tangible value.
• Business Transformation Capability
Performance: Addresses how to define Business
Transformation Capability performance and link
these performance indicators to enterprise goals,
profit margins, market share and value in the
pipeline.
• Value Realization and Continuous
Improvement: Typically, organizations make
extensive use of project steering committees to
govern the project implementation. The purpose of
this section is to highlight the role and mandate of
various stakeholders in steering committees as well
as governance of all implementation contracts as
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they were defined in the Architecture Roadmap or in the architecture change management perspective.
Figure 30: Value Realization Integrated Model
The IT Service Management strategy approach and portfolio of services is defined during the CBvd™ Phase Gate G0 to G1.
Capacity, Availability, Continuity and SLAs are defined during the architecture roadmap. All other ITSM services are invoked
during operations management in Phase Gate G3 to G4. During G0 to G2 Phases, the work is typically led by the Enterprise
Architect and ITSM professionals are key stakeholders. Conversely, during G3 to G4, works is led by ITSM professionals and
Enterprise Architects are considered key stakeholders.
ITSM
TOGAF®
ValIT
Business Operations
Nurture and Exploit Enterprise Capabilities
Enterprise Outcomes • Profit Margins • Market Share • Value in the Pipeline
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Figure 31: Business Transformation and ITILv3
Learning Organization and
Architecture Requirements
The learning organization concept has two perspectives:
1. How to capture, analyze, act upon and measure the
results from potential improvement opportunities
identified by current Experts, Customers, Partners
and/or Senior Management. The focus of these
opportunities is on the delivery of the Enterprise’s
core business; an example of this capability is the
ability to admit a patient in the emergency ward.
2. The second perspective focuses on the capabilities
that help change the organization as its operating
climate changes. An example of such capability is
the ability to plan and transition a capability to a
new performance level both predictably and
effectively.
To implement a Learning Organization, an organization
needs to define and communicate their current capabilities
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and enable their staff, customer and partners to identify
potential opportunities. See
Figure 32: A Typical Ideation Interface, a Continuous
Improvement Analyst reviews these opportunities, identifies
the affected capabilities and quantifies the impact in terms
of defined measures. The idea then travels through
processes of ideation, architecture/design, implementation
and value realization. Throughout the life of the idea, all
stakeholders have full visibility and transparency to the
status of the idea.
The Ideation Process can be a part of an intranet portal that
identifies opportunities for improvement. Any member who
has access to the portal can help further refine the idea.
The analyst assigned to the business area then maps the
idea to an enterprise capability and quantifies the value in
the pipeline. The Continuous Planning process then helps
transition the idea into tangible outputs.
Figure 32: A Typical Ideation Interface
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Architecture Requirements are the opportunities to improve the performance of the capability. These requirements are
continuously elicited and managed as per TOGAF® Architecture Development Methods.
Video 33: Maturity ≠ Performance
Continuous Planning
The concept of Continuous Planning embodies Ideation and the Continuous transition of ideas into tangible products and
services.
Table 14: Continuous vs. Annual Planning summarizes the differences and similarities between Continuous Planning and a
once-annual planning cycle.
Table 14: Continuous vs. Annual Planning
No. CBvd™ Phase Activity Continuous Planning Annual
Planning
Value
1 Define Strategic Intent Refine every year, planning horizon typically is 5
to 10 years (depending on rate of change in the
ecosystem)
Sets and communicates
direction
2 Review Enterprise Capabilities,
measures and performance targets
and business goals
Once a year and establish improvement targets
and establish Investment Targets
Focus of the plan
becomes benefits to be
realized not spending
limits to be imposed
3 Solicit ideas to achieve target
improvements in capabilities
Continuously – solicit and
evaluate ideas
Once a year Engaged staff
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No. CBvd™ Phase Activity Continuous Planning Annual
Planning
Value
4 Evaluate Ideas and Generate
portfolio of Projects /Programs
Continuously, review
capabilities/ architecture
requirements in the
repository
Once per year Work load on Business
Transformation service
balanced
5 Plan portfolio of Projects and
release incrementally
Release project funding
according to phase gates
and overall investment plan
Release resources
for entire project
once
Phase gate based
resources allocation
6 Evaluate Capability Performance
and Business Goals
Continuously Continuously One supports corrective
action immediately
7 Nurture and Exploit Capabilities both methods support this, CP is better position
because the Learning Organization concepts
CP is in better position
8 Shift focus from investment in
systems to investment in
capabilities
Both can support this
Continuous Planning Events
The following steps are performed to implement Continuous Planning:
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Figure 33: Continuous Planning Process
Step 1: Changes to an existing capability is triggered
through any of three events:
1. A subject matter expert can identify an improvement
as they interact with the current capability
2. Any member of staff, customer or partner can
identify an improvement opportunity
3. Any member of the organization can observe a
discontinuity in the market place and identify a
potential opportunity. These can be inspired from
activities such as monitoring customers, a partner,
or regulator behaviour over social media tools.
Using social media tools, any member can provide
additional insight and/perspective on the opportunity.
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Step 2: An advisor assigned to the Line of Business and
capability owner will review the opportunity, classify its
impact and scope and do one of three things: 1) issue a
work product starting at an appropriate phase gate or 2)
assign it to the impacted capability as an architecture
requirement or 3) park it until there is a change in its value
proposition.
Step 3: Using a real-time dashboard of: the status of all
work products, business impact and required resources;
new work products are released for execution. The scope of
work is to develop sufficient information to satisfy decisions
at the next phase gate.
Step 4: The work product is completed, the repository is
updated and the business decision for release to the next
phase gate is activated.
Business Transformation Process
Maturity
Capability maturity is typically measured through a specific
application of the Capability Maturity Model Integrated
(CMMI) framework developed by the Software Engineering
Institute. The essence of this model is to ensure there are
processes and controls to reduce process variability and
provide guidance for improvement. The maturity measure is
a proxy of the variance of the outputs of the process, less
variance implies a higher quality of output produced.
Maturity is often measured as an audit activity for a point in
time.
Within the CBvd™ process, we can continuously measure
the maturity of the business transformation process and
provide guidance on how to execute an improvement action
plan. Here is a brief description of how this is performed:
Before any work product can clear a phase gate, we provide
a quality checklist from two stakeholders` points of view.
Firstly, ensure the decision maker understands and has the
information necessary to make the decision and secondly,
downstream stakeholders who will act upon the decision
must be satisfied with the quality and detail of the
information provided to do the work in their domain with
their skill sets. The capability is measured in terms of
stakeholder satisfaction of the quality of information at
each phase gate.
The maturity assessment data collection process is
continuous at each phase gate and a work product decision
can be analyzed at aggregate levels as well as for one work
product or group of work products. The maturity in this
framework is not an average of all the phases, but the
weakest link in the chain. Furthermore, the satisfaction
index – or maturity measure – provides guidance to which
phase should be further targeted and what actions to take.
Business Transformation Capability
Performance Measures
The Business Transformation Capability consists of a
number of sub capabilities which include:
Continuous Planning
Strategic Planning
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Enterprise Architecture
Program Management
Portfolio Management
Innovation Management
System Development Life Cycle and Quality
Assurance
Value Realization
Management of Practices
Many of these capabilities are defined by different
disciplines, professions and frameworks. To make the
Business Transformation capability practical, the Business
Transformation capability practitioner must respect the
domain of each capability and needs to be inclusive.
While the performance of each sub capability is measured
separately, this section defines how to measure the overall
performance of the Business Transformation Capability.
These measures resonate with all levels in the enterprise.
Key Business Transformation Capability performance
indicators are:
Ideas: number of ideas and feedback/employee
[measures the employee engagement]
Cost and Time to Plan: Cost is measured in hours
of effort spent by all keys stakeholders in directly
contributing to the planning activity and time is
measured in days as elapsed time from idea to
actionable work product definition.
Plan Efficiency: Percentage of work products
completed on-time, on-budget and meet the needs
of the stakeholders.
Plan Effectiveness: Percentage of transitioned
capabilities that perform at target expectations.
Stakeholder Satisfaction: Percentage of work
products that meet the quality criteria within each
phase gate. This measure is also used as a measure
of Business Transformation capability maturity.
Accountability to optimize these measures must be within
one group as it is too easy and futile to optimize one
variable at the expense of another. For example, it will be
too simple to reduce the cost and time to plan which results
in poorly planned work products with lower plan efficiency.
Value Realization and Continuous
Improvement
After a transitioned capability is deployed into production
and initial minor issues that often result from a change are
resolved, it is time for the capability to start performing at
the expected level. The role of the Business Transformation
Professional during this phase consists of:
Capability Performance: Measure and report the
capability performance to the capability owner as
defined through measures and metrics. If the
capability is not performing at the required level,
engage all affected stakeholders and develop a
continuous improvement action plan. Prioritize the
action plan in terms of education and training,
Chapter 4: Business Transformation Services
161
process change, minor automation tweaks and
major automation changes.
Impact on Business Goals: determine if the
capability performance has sufficient impact on the
business goals. If not, then analyze the initial
hypothesis from the Business Strategy Phase that
defines the direction for strategy implementation.
Review industry literature and consult experts in the
field before rejecting the initial hypotheses.
Business Transformation Professionals acquire deep
expertise in enterprise capabilities and thereby have
influence on the business goals; they often become an
integral part of the Merger and Acquisition (M&A) teams. As
they have both the competency and capacity to help the
M&A team identify the right capabilities in potential
partnering organizations and assess the impact of such
capabilities on the organization’s goals.
Post Implementation and Continuous
Planning Summary
This chapter described how the Business Transformation
capability can help nurture and exploit the current
enterprise capabilities and how to continuously plan for
their improvement including retirement and acquisition of
capabilities.
The chapter also briefly described how IT Service
Management, a Learning Organization, Continuous planning
and Value Realization practices interact to nurture and
exploit the Enterprise Capabilities.
Chapter 4: Business Transformation Services
162
Review Questions
Q 1: How do the concepts of a Learning Organization support the Value Realization Model proposed in the Business
Transformation Capability?
Q 2: How can you work to minimize the inherent conflict between IT Service Management professionals and Enterprise
Architects?
Q 3: How can you engage Capability Owners to measure the Capability Performance when the Transparency and Accountability
principle may not be in their best interest?
Q 4: In absence of tangible measures for Capability Performance Metrics, how can you implement the Value Realization
practice?
Q 5: What competencies are required and need further development for a Business Transformation professional to be part of
the M&A Team?
Exercises
Exercise # 1: Consider a recently implemented major program/project in your organization, can you:
Identify the Enterprise Capabilities affected and their Measures and Metrics
Determine the before and after metrics: actual and expected
Engage with the capability owner to help them exploit the capability to an optimum level
Relate the capability performance to business goals of the program
Identify lessons learnt and communicate them to key stakeholders in your organization
Exercise # 2: Identify a major Enterprise Capability (major implies it has a high impact on your organization's key
performance indicators) and identify all improvements that can be made to this capability and classify these improvements into
three categories: 1) Cost Reduction, 2) Revenue Growth and 3) Staff Morale. If you share your findings with the capability
owner, what will be his/her reaction to your findings?
Exercise # 3: What aspect of the Value Management sub-capability is most difficult to execute in your organization and what
can you do to help remove these obstacles?
Chapter 4: Business Transformation Services
163
Summary of Business Transformation Services
This chapter describes six specific services that are required to develop the Business Transformation Capability. The motivation
for this chapter was to discuss what must be done, why each service is important and how to define and execute each service.
Business Transformation Services discussed are:
1. Strategic Intent and Business Strategy
2. Enterprise IT Capabilities
3. Enterprise Line of Business Capabilities
4. Transition Plan and Portfolio of Investment for Change
5. Execute Change
6. Support and Maintain Enterprise Capabilities
Test Your Learning
For your organization, add key stakeholders and complete the RACI Model below and then answer the listed questions below:
Table 15: RACI Matrix of Business Transformation Services
Services
Stake-
holders
Str
ate
gic
In
ten
t an
d
Bu
sin
ess
Str
ate
gy
En
terp
ris
e I
T
Cap
ab
ilities
En
terp
ris
e L
ine
of B
usin
ess
Cap
ab
ilities
Tran
sitio
n P
lan
an
d P
ortfo
lio
of I
nvestm
en
t
for C
han
ge
Execu
te
Ch
an
ge
Su
pp
ort a
nd
Main
tain
En
terp
ris
e
Cap
ab
ilities
Str
ate
gic
In
ten
t an
d
Bu
sin
ess
Str
ate
gy
Strategic
Planner
Enterprise
Architect
R Open CA L1
or 2
Chapter 4: Business Transformation Services
164
Services
Stake-
holders
Str
ate
gic
In
ten
t an
d
Bu
sin
ess
Str
ate
gy
En
terp
ris
e I
T
Cap
ab
ilities
En
terp
ris
e L
ine
of B
usin
ess
Cap
ab
ilities
Tran
sitio
n P
lan
an
d P
ortfo
lio
of I
nvestm
en
t
for C
han
ge
Execu
te
Ch
an
ge
Su
pp
ort a
nd
Main
tain
En
terp
ris
e
Cap
ab
ilities
Str
ate
gic
In
ten
t an
d
Bu
sin
ess
Str
ate
gy
Project
Manager
…..
Question 1: For each required skill, estimate the demand and supply of this skill in your organization and develop a strategic
resource management plan. Communicate this plan with your CIO and Leader of Human Resources.
Chapter 4: Business Transformation Services
165
Chapter 4 References
1. Advanced Applications of TOGAF®; Course material developed by QRS, http://qrs3e.com/qrs-capabilities/competency-
development/togaf/
2. TOGAF® 9.1 Specification, The Open Group: http://www.opengroup.org/togaf/
Chapter 5: Industrialize the Business Transformation Capability
166
Chapter 5: Industrialize the Business Transformation
Capability
“Industrialization based on machinery, already referred to as a characteristic of our age, is but one aspect
of the revolution that is being wrought by technology.”
Emily Greene Balch
Abstract
Building on the services performed throughout the capability life cycle, in this
chapter we discuss how to make Business Transformation (BT) repeatable
and deliver consistent results; this is known as industrialization.
An organization can industrialize any Enterprise capability that needs to
repeatedly perform to expectations. The quality and consistency of results
will depend on the effectiveness of the capability. A mediocre capability can
be industrialized and the results will also be mediocre. Therefore,
industrialization leads to efficiency and will not improve effectiveness.
In an ever-changing environment, the Business Transformation Capability
can be strategic to an organization especially when this capability provides a
competitive advantage over others. In our endeavour to industrialize, we
will explore the major phase gate activities, assess Business Transformation
readiness of the organization, determine the right performance measures
and governance required and determine how we can industrialize our
repository of content to achieve results faster and with fewer resources.
Key Chapter Sections
Industrialization… 167
Business Transformation Skills… 168
Major Phase Gate Activities… 173
Assess Business Transformation
Readiness… 188
Performance Measures, Processes and
Governance…204
Performance Measures of the Business
Transformation Capability… 205
Building the Business Transformation
Capability… 211
Governance and Decision Points… 212
Industrialize the Repository… 215
Tools to Industrialize the Business
Transformation Capability… 216
Chapter 5: Industrialize the Business Transformation Capability
167
Industrialization
Being able to execute transformation one-time according to expectations is not enough, transformation needs to be executed
continuously and achieve expected outcomes reliably; this is industrialization.
We can be effective in executing Business Transformation but to remain competitive and relevant, we need a system in place
to execute transformation continuously and efficiently. This chapter will discuss how we can implement such as system and
the concerns that need to be addressed.
The Business Transformation Capability
Organizations are structured to run their business operations. When there is a disruption in the industry, marketplace or an
internal shift, the organization will need to transform itself to meet its new needs. Should the organization be unable to
transform in the required timeline, it may cease to exist.
For this reason, every organization needs to have a Business Transformation Capability, especially if they are in an
environment where change is ubiquitous.
For this capability, we need the ability to make changes in the organization by implementing its strategic intent through
business strategies, aligning portfolios of investment and initiatives to those strategies, executing projects that implement the
necessary changes and continuous measurement of the performance against the expected results.
This process can be seen through the Capability Based Value Delivery Life Cycle as shown in the following figure.
Chapter 5: Industrialize the Business Transformation Capability
168
Capability Based Value Delivery [CBvd™]
Business Case Build the Capability
Support & Exploit the Capabilities
G0
Stra
tegi
c In
ten
t [m
issi
on
, vis
ion
, va
lues
]
G1 G2
G3
G4
Obstacles preventing to Migrate to Target Level (Architecture Requirements)
Val
ue
Rea
lized
an
d C
apab
ility
R
etir
emen
t P
lan
Cap
abili
ties
Po
rtfo
lio (t
arge
t
cap
abili
ties
in p
rod
uct
ion
)
Inve
stm
ent
Po
rtfo
lio (i
nve
stm
ent
req
uir
ed t
o t
ran
siti
on
th
e C
apab
iliti
es)
Ente
rpri
se S
trat
egy
[W
ith
Cu
rren
t a
nd
Ta
rget
Sta
te o
f C
ap
ab
iliti
es]
ITSM Service Ticket
Define Business Executive and Directive Capabilities
[1..n]
Define Supporting IT Executive and Directive
Capabilities [1..1]
Define Ideal/Industry Roadmap
Adapt Ideal Roadmap to Enterprise Constraints
Define Migration Plan and Business Case
Implement Transition Plan – Detail Capability Roadmap, Plan and Build Capabilities
G1 Quality Checklist
G2 Quality Checklist
G3 Quality Checklist
Enterprise Strategy Map
Business Strategies
G4 Quality Checklist
Manage, Exploit & Retire Capabilities
Figure 34: The Capability Based Value Delivery (CBvd™) Life Cycle
Each phase of the life cycle can be summarized as follows:
1. G0-G1 – Strategic: Establishes the identity and
defines the executive capabilities of the organization.
2. G1-G2 – Strategy: Defines the business strategies
that will be pursued by the lines of businesses of the
organization to improve the directive capabilities.
3. G2-G3 – Solution: From the available options, a
solution is chosen and implemented; at the
completion of this phase the solution is not in the
production environment.
4. G3-G4 – Value Delivery: The capability
performance is measured continuously against the
expected results.
For more information about this life cycle, please see
Chapter 3.
Video 34: Industrialization and Automation
Business Transformation Skills
A number of skills are required across the capability life
cycle and also involve a number of disciplines. Similar to
how an organization structures itself to run its operations,
we also need the right processes, people and technology.
For our people resources, we need them to have the right
Chapter 5: Industrialize the Business Transformation Capability
169
mix of skills and knowledge to do their work and provide
the needed information to make key business decisions.
To support the greater transformation capability, we need
to have a number of disciplines involved, understand their
role throughout the capability and also be aware of the
skills and knowledge needed. For a measure of quality, we
may look to industry certification to give us the assurance
that the role can be well executed. Some of the disciplines
involved with business transformation include the following:
Strategic Planning: Conveys and aligns the
strategic direction of the organization and assures
that value delivery is meeting the expected results.
There is no consensus for industry certification for
this role.
Enterprise Architecture: Involved with all aspects
of the capability life cycle but leads the development
of architecture that defines the problem to solve.
This group also contains architects with subject
matter expertise (i.e. domain) and solution
architects. The Open CA certification offers three
levels of architecture competency that requires all
those certified to demonstrate the value of
architecture work products, defense of architecture
skills and experience to a panel of peers.
Portfolio Management: Manages the investment
portfolios available to fund the necessary changes
needed to support business transformation. Those
with PMP certification generally perform this role but
it should be clear that portfolio management
requires a different set of skills to execute than
project management.
Project Management: PMP certification from PMI®
has become a requirement for many project
management professionals who are responsible for
the planning and delivery of projects that execute
the changes needed for business transformation.
Organization Change Management: This
discipline works with those impacted by change to
minimize the impact of the change. There is no
formally recognized industry certification for this set
of skills.
System Development Life Cycle: Those involved
with the System Development Life Cycle include
business analysts, quality assurance and others. For
business analysts, IIBA offers two levels of
certification including CCBA® and CBAP®.
IT Service Management: Manages the IT
infrastructure of the organization that support
business processes. ITIL certification is widely
regarded in the industry and provides assurance that
there is an understanding of IT Service
Management.
Enterprise Capabilities Information Repository:
Information management’s role is to make
information available to operate business processes
and make decisions. While this group may not
understand the quality of information needed, they
Chapter 5: Industrialize the Business Transformation Capability
170
provide insight into how information is structured for
retrieval and organization.
Governance and Risk Management: Decision
makers need to be clearly identified as well as the
parameters for risk management for decision
making. Accountability for decisions needs to be
identified and responsibility for information quality
also needs to be explicit.
Capability Exploitation, Nurturing and Value
Management: Once in production, the transformed
capability needs to be continuously monitored
against expectations. When expectations are not
met, those accountable for the capability need to
champion the necessary change.
As the above description of disciplines show, certification
can assure of a particular skillset but all disciplines need to
be aligned and orientated in order to work towards common
goals and objectives. We need to be able to describe the
ability for each discipline to complete an activity for
business transformation; this is described as competency.
Video 35: Know When to Lead, Support and
Contribute
The Need for Competency for
Industrialization
Competency is a term used to describe the skill, knowledge
and respective level of maturity required to complete an
activity. As an example, an Open CA Level 1 Architect
would not have the necessary competency – due in part to
the deep Executive Communication skills required – to link
executive capabilities to business outcomes that are
performed in the G0-G1 Strategic phase of the capability
life cycle. Role competency is a collection of the needed
skills and knowledge required to execute a role effectively.
When competency is high, it is expected that the work
performed by the role can be done more efficiently, that is
in less time.
In defining competency, we can be assured that certain
activities can be completed within a given time. As an
example, an Enterprise Architect should be able to
complete a Contextual Architecture for a supporting
capability in 20 to 40 hours. An individual with a high level
of competency and validated through certification – such as
Open CA level 2 – and available assessments will be able to
complete such an activity closer to 20 hours whereas a
resource with the needed skills and knowledge but lacking
in demonstration would be able to complete the activity in
40 hours. If the activity cannot be completed in 40 hours,
the individual does not have the competency to perform the
role.
Competency can be determined as a measure of maturing
of the needed skill and knowledge areas. From the
previous example, a skill and knowledge area for the
competency of Enterprise Architecture could be
management and peer communication and knowledge of
systems thinking. In addition to other skill and knowledge
areas, a score out of 100 can be assessed for each where 0
Chapter 5: Industrialize the Business Transformation Capability
171
would indicate the minimum level required and 100 would
indicate industry leading. If the individual does not have
the skill or knowledge, then they would not have the
required competency. Competency can therefore be
calculated as the average or weighted score of all the
required skill and knowledge areas. Thus a competency
rating of 100 would indicate that the resource should be
able to complete the activity at the minimal range and a
score of 0 would indicate the activity would be completed at
the maximum range.
When the organization or the greater team involved with
Business Transformation has a good measure of
competency, there will be greater confidence that work can
be completed according to expectations and with mature
competency, the work can be done more efficiently in less
time.
Available Sources to Assess
Competency
There are a number of sources already available to define
roles and the required competency through skill and
knowledge areas. Organizations have internal resources
that specify skill, knowledge and required maturity required
for the roles in the organization; this information can be
made available through their Human Resources
department. In addition, there are a number of industry
sources to help define the competency requirements for
each role.
The TOGAF® framework also identifies a number of skills
and level of competency required in Part VII: Architecture
Capability Framework. As an example, one is shown in the
following figure for Enterprise Architecture skills.
Table 16: Generic Skills and required maturity by Competency12
Roles Arch
itectu
re
Board
Mem
ber
Arch
itectu
re
Sp
on
so
r
EA
Man
ag
er
EA
Tech
no
log
y
EA
Data
EA
Ap
plic
atio
ns
EA
Bu
sin
ess
Pro
gram
/ P
ro
ject
Man
ag
er
IT
Desig
ner
Leadership 4 4 4 3 3 3 3 4 1
Teamwork 3 3 4 4 4 4 4 4 2
12
Reference from TOGAF® Version 9 Specification, Chapter 52
Chapter 5: Industrialize the Business Transformation Capability
172
Roles Arch
itectu
re
Board
Mem
ber
Arch
itectu
re
Sp
on
so
r
EA
Man
ag
er
EA
Tech
no
log
y
EA
Data
EA
Ap
plic
atio
ns
EA
Bu
sin
ess
Pro
gram
/ P
ro
ject
Man
ag
er
IT
Desig
ner
Inter-personal 4 4 4 4 4 4 4 4 2
Oral Communications 3 3 4 4 4 4 4 4 2
Written Communications 3 3 4 4 4 4 4 3 3
Logical Analysis 2 2 4 4 4 4 4 3 3
Stakeholder Management 4 3 4 3 3 3 3 4 2
Risk Management 3 3 4 3 3 3 3 4 1
Where:
1 Background: Not a required skill though should
be able to define and manage skill if required.
2 Awareness: Understands the background, issues,
and implications sufficiently to be able to understand
how to proceed further and advise client accordingly.
3 Knowledge: Detailed knowledge of subject area
and capable of providing professional advice and
guidance. Ability to integrate capability into
architecture design.
4 Expert: Extensive and substantial practical
experience and applied knowledge on the subject.
While a number of sources are available to articulate the
competency required for a role, we must also follow
through in the use of this information to define targets (and
their variances) for how much effort and time is required to
complete business transformation activities. With
meaningful competency, we can then have greater
assurance that activities needed to complete the business
transformation can be done within expectations.
Additionally, we will be able to explicitly define the people
resources needed to complete the job. This enables our
ability to perform consistently and reproduce the expected
outcomes; a key enabler of industrialization.
Chapter 5: Industrialize the Business Transformation Capability
173
Major Phase Gate Activities
The following table summarizes the major phase gate
activities throughout the capability life cycle as shown in
Figure 34: The Capability Based Value Delivery (CBvd™)
Life Cycle. For each activity, the tables list:
Artifacts
Deliverables and Outcomes
The Approver(s) of the outputs
The Consumer(s) of the outputs
The value of the deliverables
The improvements made to the capability
understanding
This list should be used as a guide to help the reader
understand the activities that are performed in maturing a
capability.
Table 17: Phase Gate G0-G1 - Establish Strategy and Business Outcomes
Major Phase Gate Activity
Establish Strategy and Business Outcomes
(G0-G1)
Artifacts • Value Chain
• Enterprise Capabilities
• Performance Metrics – current and target
• Business Outcomes
• Capabilities and Outcome Map
Deliverables and
Outcomes
• Enterprise capabilities and their classification –
• Business strategy and linkage to affected capabilities, target performance and business
outcomes
Documents the Decision
Approver • SMT, SVP and Strategy Pillar Leaders
Consumer • Planning, Business and IT Operations
Value of the
Deliverables
• Clearly articulates the vision for the strategy, capabilities affected, and sets goals for level of
performance
• Provides guiding principles to help the consumers make decisions. For example, we may have
to decide when how much is reasonable to spend to achieve certain capability performance level
Chapter 5: Industrialize the Business Transformation Capability
174
Improvements
over Current Process
• Principles and guidelines from senior staff to help make decisions and trade-offs.
• Clear performance measures that helps us better define the right work to perform without the
uncertainty of whether or not it will meet expectations
• Helps us better prioritize where to put our time
Table 18: Phase Gate G1-G2 - Develop Capability Transition Plan and Business Case
Major Phase Gate
Activity
Develop Capability Transition Plan and Business Case (G1-G2)
Artifacts • Contextual and Conceptual Architecture at the industry and Org Level
• Transition Plan
• Financial and Enterprise Value Realization Model
Deliverables and Outcomes
• Ideal roadmap to build/enhance capabilities, compared to what is possible
• Transition Plan - projects to execute
• Business Case – Balances the investment against the benefits
Documents the Decision
Approver • Chief Architect/CIO /Strategy Owner
• Architecture Review Board
• Investment Portfolio Management Committee
Consumer • PMO
• Project Delivery Teams
Value of the
Deliverables
• Learn how others within and outside of our industry have solved similar problems, leveraging
solutions that make sense for us based on our constraints
• Proves whether or not it makes sense to continue with an execution project
• Provides the execution team with answers to the questions that enable them to move forward
with execution
Improvements
over Current Process
• Helps us plan to the right level of detail to make good decisions
• Repeatability of the process, information and Incorporate lesson learned
Chapter 5: Industrialize the Business Transformation Capability
175
Table 19: Phase Gate G2-G3 – Build the Capability (ies)
Major Phase Gate Activity
Build the Capability (ies)
(G2-G3)
Artifacts • Logical and Physical Architecture
Deliverables and
Outcomes
• Design documents
• Products delivery – design, build and test
• Deploy changes
• Close project and transfer transitioned capability to production support
Final Value Products
Approver • Strategy Owner
• CAB – technology and business readiness
Consumer • Business and IT Operations
Value of the Deliverables
• Transitions the capability to the future state required to achieve planned Business Outcomes
Improvements
over Current Process
• Project teams will have more explicitly defined scope, roadmap and, which will improve their
chances to deliver work on time and on budget
• Help manage conflicting business requirements
Table 20: Phase Gate G3-G4 – Support, Maintain and Exploit the Enterprise Capabilities
Major Phase Gate
Activity
Support, Maintain and Exploit the Enterprise Capabilities (G3-G4)
Artifacts • Capability performance Scorecard
• Business Outcomes Scorecard
Chapter 5: Industrialize the Business Transformation Capability
176
Deliverables and
Outcomes
• Monitor Capability Performance and assess Planned vs. Actual benefits
• Exploit the capability (use what has been built)
Measurable Value
Approver • Capability Owner
• SMT/SVP/ Pillar Chain
Consumer • Business Operations
• IT Operations
Value of the Deliverables
• Determines whether or not the expected business benefits are being realized
• Provides input to help us course correct if performance is different than expected
• Continuous process to receive and analyze change requests
Improvements over Current
Process
• The ability to measure and report actual vs. planned performance
• Information to help us learn when we do not achieve expected performance
• Customer centric and efficient approach to analyze change requests
Table 21: Phase Gate G0-G4 – Continuous Planning to Transform the Capabilities
Major Phase Gate Activity
Continuous Planning to Transform the Capabilities
(G0-G4)
Artifacts • Ideas for Improvement
• SIB – Process, Competencies, Information, Data, Application and Infrastructure – Repository
Deliverables and
Outcomes
• Investment Dashboard, including the work plan for each starting Gate and required resources
• Value Statements
• Gantt Chart of Work products
• Steering Decisions
• CBP Performance Measures and Governance
Approver • SMT/SVP/ Pillar Chain
Chapter 5: Industrialize the Business Transformation Capability
177
Consumer • Work products Delivery Teams along all Phase Gates
Value of the
Deliverables
• Work is planned at the capability level instead of at the system level, thereby allowing for a
better understanding of problems and opportunities
• Roadmaps provide the information to plan for resources and technology before it becomes
urgent
• Better understanding of the problems to solve from all points of view
• Objective planning measures give us inputs we need to continuously improve the planning
process
Improvements over Current
Process
• Data will no longer be produced manually and/or ad hoc , increasing data quality
• Better insight into the future to help us anticipate changes in resources and technology required
to meet the demands of the organization
Table 22: Phase Gate G0-G4 – Capability Based Planning Competencies
Major Phase Gate
Activity
Capability Based Planning Competencies
(G0-G4)
Artifacts • IT Competencies and Skills assessment
Deliverables and
Outcomes
• IT Competencies are defined and a plan to further develop them has been documented (and
continuously maintained)
• Supply and Demand of Resources is Balanced
Skilled Workforce
Approver • CIO and IT Leadership
Consumer • IT Division Management
Value of the Deliverables
• Procure Human Resources more strategically
Improvements
over Current Process
• Resources are procured ad hoc today, which leads to delays, increased costs and risks
• We miss opportunities to develop our own staff for strategic positions
Chapter 5: Industrialize the Business Transformation Capability
178
Governance Considerations
For the above activities, the following table shows the services performed and the role of certain disciplines and groups in the
service delivery.
Video 36: The Importance of Roles for Governance
Table 23: Governance Roles to Support Business Transformation
Services
SM
T,
Pilla
r C
hair
s,
SV
P
Co
rp
orate
PM
O
IT P
lan
nin
g
Pro
ject
Man
ag
ers
Pro
ject
Delivery
Team
, N
on
IT
Pro
jects
Delivery
Team
, IT
IT O
perati
on
s
Ap
ps +
In
frastr
uctu
re
Bu
sin
ess O
ps
Establish Strategy and Business Outcomes (G0-G1)
Define Enterprise Capabilities that support the Enterprise Strategic
Intent
A C R I I I R R
Define Enterprise Strategies and establish linkage to affected
Capabilities
A R R C C C C C
Elaborate Business and IT Capabilities A C R C C C C C
Develop Capability Transition Plan and Business Case (G1-G2)
Define ideal roadmap to transition capabilities, and adapt to Org
Constraints
C A R I I I C C
Chapter 5: Industrialize the Business Transformation Capability
179
Services
SM
T,
Pilla
r C
hair
s,
SV
P
Co
rp
orate
PM
O
IT P
lan
nin
g
Pro
ject
Man
ag
ers
Pro
ject
Delivery
Team
, N
on
IT
Pro
jects
Delivery
Team
, IT
IT O
perati
on
s
Ap
ps +
In
frastr
uctu
re
Bu
sin
ess O
ps
Define Transition Plan - projects required to transition the Capabilities C A R C C C C C
Manage Portfolio of Projects – Balances the investment against the
benefits
A R C C I I C C
Build the Capability(ies) (G2-G3)
Manage Projects I A C R C C C C
Define, Develop, Integrate, Test, Deploy and OCM I C C A R R C C
Support, Maintain and Exploit the Enterprise Capabilities (G3-G4)
Monitor Capability Performance and assess Planned vs. Actual benefits C I A I I I R R
Exploit the Capability (use what has been built) I I C I I I R R
Manage Requests for maintenance and enhancements C C A&R I I I C C
Continuous Planning to Transform the Capabilities (G0-G4)
Manage Enterprise Capabilities Improvement Dashboard, including the
work plan for each starting Gate, Status and required resources
I A R I I I C C
Manage Project ideation and Value Statements C A R I I I C C
Manage Project Prioritization, Gantt Chart Steering Decisions C A R I I I C C
Manage Process, Technology, and IT competency roadmaps C C R I I I A A
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180
Services
SM
T,
Pilla
r C
hair
s,
SV
P
Co
rp
orate
PM
O
IT P
lan
nin
g
Pro
ject
Man
ag
ers
Pro
ject
Delivery
Team
, N
on
IT
Pro
jects
Delivery
Team
, IT
IT O
perati
on
s
Ap
ps +
In
frastr
uctu
re
Bu
sin
ess O
ps
Report Performance measures for CBP and Action Plan I I R I I I A A
Capability Based Planning Competencies (G0-G4)
Define IT Competencies, Demand and Supply A C R C C
Work with each resource manager to define and manage resource
development and procurement plan Resources
I C A R R
Detailed Tasks for Each Phase Gate Activity
The following tables show stakeholders for each phase gate activity.
Chapter 5: Industrialize the Business Transformation Capability
181
Table 24: Tasks for Establish Strategy and Business Outcomes
Task Description
CEO
Pil
lar C
hair
s,
SV
P
CP
MO
-Dir
ecto
r
En
terp
ris
e
Arch
itect
[L3
]
IT O
ps V
P a
nd
Dir
ecto
rs
LO
B V
P s
an
d
Dir
ecto
rs
Establish Strategy and Business Outcomes (G0-G1)
Define Strategic Intent A R
Map Value Chain A R
Define Enterprise Capabilities (IT is a Business) A R R
Extract Supporting IT Capabilities A R R
Define Business Goals A R A
Link Capabilities to Goals including Target Performance Indicators for Capabilities,
Business Outcomes and Timeline
A R A
Define Measures and Metrics for each Enterprise Capabilities A R R
Define Measures and Metrics for Supporting IT Capabilities A R R
Define Data Required to Measure capability performance and automate data collection
and reporting
A R R
Chapter 5: Industrialize the Business Transformation Capability
182
Table 25: Tasks for Transition Plan and Business Case
Task Description
CP
MO
– P
ro
jects
Co
ord
inato
r
En
terp
ris
e
Arch
itect
[Level2
]
Pro
cess E
ng
ineer
(B
usin
ess
Arch
itect)
Data
,
Ap
plicati
on
,
In
frastr
uctu
re
Arch
itectu
re
IT A
dvis
ors
Bu
sin
ess
Str
ate
gy O
wn
er
Bu
sin
ess
Dir
ecto
rs a
nd
Man
ag
ers
Arch
itectu
re
Revie
w B
oard
IT V
P a
nd
CIO
Transition Plan and Business Case (G1-G2)
Review business strategy, affected capabilities and
their target performance, expected business
outcomes and industry level architectures
A R
Review architecture governance within the
Organization
A R
Identify key stakeholders – roles and positions
that can help identify obstacles
R A
Solicit Conceptual Architecture Requirements A R C C
Define AS-IS and TO-BE: Business, Information,
Data, Application, Infrastructure and any other
required view
A R R R I
Review Architecture with Chief Architect or IT VP
or CIO for Architecture Quality
R A
Summarize gaps and Define Transition Plan C R
Define Cost Model R C C C
Define Benefit Model and Financial Analysis C C R C
Chapter 5: Industrialize the Business Transformation Capability
183
Task Description
CP
MO
– P
ro
jects
Co
ord
inato
r
En
terp
ris
e
Arch
itect
[Level2
]
Pro
cess E
ng
ineer
(B
usin
ess
Arch
itect)
Data
,
Ap
plicati
on
,
In
frastr
uctu
re
Arch
itectu
re
IT A
dvis
ors
Bu
sin
ess
Str
ate
gy O
wn
er
Bu
sin
ess
Dir
ecto
rs a
nd
Man
ag
ers
Arch
itectu
re
Revie
w B
oard
IT V
P a
nd
CIO
Transition Plan and Business Case (G1-G2)
Review Architecture with Sponsor, CIO and
Architecture Review Board (not necessarily in this
order) and complete Quality Checklist
R C A A A
Prepare Architecture Roadmap Communication
Plan
R A
Hand off Business Case and Transition Plan to
Enterprise Portfolio Management
A R
Table 26: Tasks for Build the Capability(ies)
Task Detail
Pro
ject
Sp
on
so
r
Pro
ject
Man
ag
er
En
terp
ris
e
Arch
itect
[T
OG
AF /
L1
]
Pro
cess E
ng
ineer
Bu
sin
ess
An
aly
sts
Develo
pers/
In
teg
rato
rs
Syste
m T
esti
ng
Team
s
User T
esti
ng
SM
Es
IT P
racti
ces an
d
OC
M
IT O
perati
on
s
Build the Capability(ies) (G2-G3)
Chapter 5: Industrialize the Business Transformation Capability
184
Task Detail
Pro
ject
Sp
on
so
r
Pro
ject
Man
ag
er
En
terp
ris
e
Arch
itect
[T
OG
AF /
L1
]
Pro
cess E
ng
ineer
Bu
sin
ess
An
aly
sts
Develo
pers/
In
teg
rato
rs
Syste
m T
esti
ng
Team
s
User T
esti
ng
SM
Es
IT P
racti
ces an
d
OC
M
IT O
perati
on
s
Build the Capability(ies) (G2-G3)
Review Transition Plan and Business case or Value
Statement (for direct G2 work products – develop brief
architecture roadmap first)
A R C
Define Project Charter for each Project A R C
Validate each project charter for architecture consistency A R
Detail Project Plan, Communication Plan and Establish
Project Governance
A R C
Business Requirements + Test Scenario C A C R R
Functional Specification + Test Cases A R
Design/Develop and Unit Test A R
Data Conversion + Other Execution Strategies A R
System Test A R
User Acceptance Test R
End to End Process and System Documentation A C R C C
OCM Strategy and Plan A R
Prepare for Deployment including Change Request A R C
Chapter 5: Industrialize the Business Transformation Capability
185
Task Detail
Pro
ject
Sp
on
so
r
Pro
ject
Man
ag
er
En
terp
ris
e
Arch
itect
[T
OG
AF /
L1
]
Pro
cess E
ng
ineer
Bu
sin
ess
An
aly
sts
Develo
pers/
In
teg
rato
rs
Syste
m T
esti
ng
Team
s
User T
esti
ng
SM
Es
IT P
racti
ces an
d
OC
M
IT O
perati
on
s
Build the Capability(ies) (G2-G3)
Cut Over and DR and update Enterprise Capabilities
Repository
A R C C C C C C C
Warranty and Support A C R
Transition to Help Desk, A R C
Transition to Nurture and Exploitation Teams A R C
Project lessons learned A R C
Chapter 5: Industrialize the Business Transformation Capability
186
Table 27: Tasks for Support, Maintain and Exploit the Enterprise Capabilities
Task Description
Str
ate
gy/
Pilla
r
Ow
ner /
SV
P
En
terp
ris
e
Arch
itect
Bu
sin
ess
Op
erati
on
s
IT O
perati
on
s
Cap
ab
ilit
ies
Ow
ners
IT A
dvis
ors
IT H
elp
desk a
nd
In
cid
en
t
Man
ag
em
en
t IT P
lan
nin
g
Support, Maintain and Exploit the Enterprise Capabilities (G3-G4)
IT Systems Service Level Report – automate, publish and review R A
Capability Performance Measures – automate, publish and review R A
Business Outcome – enterprise scorecard R A
Manage Service Desk Ticket – Immediate/Severity 1 A R
Manage Service Desk Ticket Plan-able Opportunities, Value Statement R A
Continuous Capability Improvement Plan and review industry benchmarks
within the Capabilities
A C R
Work with Business and IT Ops SME to execute the Improvement Plans A C R R A
Chapter 5: Industrialize the Business Transformation Capability
187
Table 28: Tasks for Continuous Planning to Transform the Capabilities
Task Description
En
terp
ris
e
Cap
ab
ilit
ies A
dm
in
In
vestm
en
t
Po
rtf
olio
Execu
tive
Team
C
PM
O
IT A
dvis
or
En
terp
ris
e A
rch
itect
LO
B R
eso
urces
Man
ag
ers
IT R
esou
rces
Man
ag
ers
SV
P
Continuous Planning to Transform the Capabilities (G0-G4)
Ensure data quality – accuracy and concurrency in Continuous Planning
Portal – work products, SIB, Gantts, Ideation, Competencies –supply and
demand etc.
R
Develop Ideas into Arch Requirements or Value Statements A R C
Assess Capability Heat Map and create Work products A R C
Review Dashboard of continuous Planning and release work products into
execution
R A
Review Human Resources Demand and Supply R A C C
Incorporate leading and best practices in CBP R A
Report CBP Performance indicators and manage improvement plan R A C
Benchmark CBP processes against industry best practices R A
Review Enterprise Capabilities R A
Chapter 5: Industrialize the Business Transformation Capability
188
Table 29: Tasks for Capability Based Planning Competencies
Task Description
CIO
CB
P A
dm
in
IT V
P –
CB
P
Cap
ab
ilit
y
Ow
ner
IT V
Ps a
nd
Dir
ecto
rs
Capability Based Planning Competencies
Create Human Capital Demand and Supply Report R A
Identify Strategic, Augmented and Outsources Competencies R A
Develop development plan for Strategic and Augmented competencies A R R
Develop strategic sourcing plan for outsourced competencies C A R
Monitor HC development plan A R
Assess Demand and Supply: total cost of HC and Impact on programs delay cause of the HC shortage A R R
Monitor Staff Morale A R
Assess Business Transformation
Readiness
The Capability life cycle incorporates leading frameworks
from Enterprise Planning, Val IT and Governance,
Enterprise Architecture, Project Delivery, IT Service
Management and Organization Change Management. A
fully mature and comprehensive content ensures that the
organization is able to exploit information capabilities to
meet its strategic needs as described in the previous
sections.
To determine an organization’s ability to transform, we
need to perform an assessment. The following assessment
approach is intended to guide the reader on the criteria to
look for when making this assessment. A Business
Transformation Professional with competencies in making
Chapter 5: Industrialize the Business Transformation Capability
189
such assessments can add value and insight to those
accountable for the Business Transformation Capability. An
outcome of the assessment will gauge the organization’s
readiness to industrialize the Business Transformation
Capability.
Business Transformation Assessment
Approach
The scope of the assessment addresses the question of
“does the practice meet the needs of Planning and
Governance?” A more comprehensive assessment of the
practice is required to gain sufficient insight to develop the
target state and transition plans.
The assessment includes three perspectives:
1. Assess the completeness of the information at each
phase gate,
2. Using CMMI metrics, assess the maturity of the
process that transitions information from one gate to
another, and
3. Using CMMI metrics, assess the maturity of decision
making at each stage.
Information Completeness
Assessment Rating Criteria
1. Green: Information quality is sufficient to make the
decision(s)
2. Yellow: Information quality could be improved,
however, the decision(s) may not change
3. Red: Information quality needs to significantly
improve, the information is not adequate to make a
reliable decision
4. Other: any other state will require an explanation.
CMMI Process Maturity Levels
There are five levels defined along the continuum of the
CMMI and, according to the SEI: "Predictability,
effectiveness, and control of an organization's delivery
processes are believed to improve as the organization
moves up these five levels.”
1. Initial (chaotic, ad hoc, individual heroics) –
the starting point for use of a new or undocumented
repeatable process.
2. Repeatable – the process is at least documented
sufficiently such that repeating the same steps may
be attempted.
3. Defined – the process is defined/confirmed as a
standard business process, and decomposed to
levels 0, 1 and 2 (the latter being Work
Instructions).
4. Managed – the process is quantitatively managed
in accordance with agreed-upon metrics.
5. Optimizing – the process management includes
deliberate process optimization/improvement.
Chapter 5: Industrialize the Business Transformation Capability
190
Assessment Tasks
To complete the assessment, the following guidelines are
provided:
Review the CBvd™ Capability Life Cycle with the
affected stakeholders
Review the perception of maturity against the level
assessed by the assessor
Resolve conflicts and achieved consensus
Identify the corrective action plan and timeline
Pre-Requisites for Assessment
Review the Capability Based Value Delivery life cycle
Understand the capabilities vocabulary: Executive,
Directive – Operational and Strategic
Architecture Requirements – A clear understanding
of architecture requirements
Architecture of a capability from the industry
perspective, adoption of industry architecture to
develop roadmaps and business cases for business
strategies
Innovation threads, value statement and capabilities
Business strategies and capabilities association
Outcomes
Review the current business process
Review the improved business process
Identify the gaps and reach consensus
Identify corrective actions
Analysis
Based on the identified gaps, what is the current
performance scorecard and target for each transition?
Video 37: Process Flow vs. Work Flow
Phase Gate G0 to G1
Process Maturity and Enterprise Capabilities Content Assessment
Chapter 5: Industrialize the Business Transformation Capability
191
ID G1.01 Seq. No 10 Category: G0 to G1 Value: Enterprise Capabilities are understood by all stakeholders
and Business Strategies are based on Enterprise Capabilities map Description: Translate Strategic Intent into Enterprise Capabilities and Strategies
Information Assessment – assess state of information at Enterprise Capabilities Map
Seq. # Criterion Green Yellow Red Other Comments
10 The organization’s vision (i.e. future state without time
limit) is defined, published and understood by all
stakeholders
20 The strategic Intent (i.e. future state that is time
bound) is defined, published and understood by all
stakeholders
30 The value chain process for the entire organization is
mapped along with opportunities and threats
40 The value chain is translated into Executive capabilities
along with their current and target performance
indicators. Management has ranked capabilities as
follows:
1. will lead,
2. optimized and
3. Conform
50 All Executive capabilities have well defined Directive
capabilities
60 The architecture vision document for each executive
capability is created and communicated to all affected
stakeholders and the derived Directive capabilities are
scoped
Chapter 5: Industrialize the Business Transformation Capability
192
Seq. # Criterion Green Yellow Red Other Comments
70 There is a clear distinction between strategic and
operational capabilities and the distinction is fully
communicated
80 The Status of Strategic Intent and supporting
capabilities is formally reviewed and shared with all key
stakeholders
90 There is a clear reward and penalty mechanism when
capabilities don’t perform to their planned capacity
100 Each Business Strategy has a clear link to executive and
directive capabilities
110 A staff reward system is clearly linked to the
performance of capabilities
G0 to G1 Process Assessment – assess maturity of processes to translate Strategic Intent into Enterprise Capabilities/Strategies Translate Strategic Intent to Enterprise Capabilities and Strategic Plans
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comments
10 Process to incorporate changes in the market place into an
organization’s operating model
Chapter 5: Industrialize the Business Transformation Capability
193
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comments
20 Process to define the value chain for the Enterprise and line of
Business
30 Process to translate the value chain into enterprise capabilities
and prioritization (Lead, Average, Follow) of these capabilities
40 Process to define Directive Capabilities
50 Process to define common Business and Shared Capabilities
60 Process to link capabilities to business strategies
70 Process to hold strategy owners ACCOUNTABLE and
RESPONSIBLE for capability performance and results
80 Process to define enterprise business executive capabilities
90 Process to define enterprise technology executive capabilities
100 Process to translate enterprise business executive capabilities
into directive capabilities
110 Process to translate enterprise technology executive capabilities
into directive capabilities
120
Process to define a high level statement of work to develop a
roadmap for a strategy or capability for Enterprise Resource
Planning
Chapter 5: Industrialize the Business Transformation Capability
194
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comments
130 Ensure that the G1 Quality Checklist has been completed
Phase Gate G1 to G2
Process Maturity and Enterprise Capabilities Content Assessment
ID G2.01 Seq. No 20 Category: G1 to G2 Value: ensures the Business Strategies have financially
viable Implementation Roadmaps that are in align with enterprise business and technology principles, standards and industry wide capabilities Description: Practical and viable business case for enterprise
strategies
Information Assessment – assess state of Information at Enterprise Investment Portfolio
Seq. #
Criterion Green Yellow Red Other Comments
10 Each Directive Capability has performance metrics that are
measurable
20 Each Directive capability has current, target and transitional
states defined in terms of performance targets
Chapter 5: Industrialize the Business Transformation Capability
195
Seq.
# Criterion
Green Yellow Red Other Comments
30
Each Directive capability has industry defined or internally
developed architecture roadmap that defines what is
possible under ideal conditions
40
Directive Capability roadmaps are linked to strategy and
organization specific transition roadmaps are based on
needs defined as strategy objectives
50 Each strategy has a defined portfolio of projects
60 Projects are defined that meet the needs of the Enterprise
Investment Portfolio
70
The sponsor of each capability/strategy has agreed to
performance metrics, metric governance and has the skills
and authority to influence the full exploitation of the
capability
G1 to G2
Process Assessment: Assess the maturity of processes that translates Enterprise Capabilities/Strategies into Tangible and pragmatic transition roadmaps and business cases
Seq. #
Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
10 Process to define the architecture roadmap for a horizontal capability
from the industry perspective
Chapter 5: Industrialize the Business Transformation Capability
196
Seq. #
Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
20 Process to define the organization specific architecture roadmap for a
horizontal capability
30 Process to define the architecture roadmap for a vertical capability
from the industry perspective
40 Process to define the organization specific architecture roadmap for a
vertical capability
50
Process to define the transition roadmaps for a collection of
horizontal and vertical capabilities that support the business strategy
transition plan
60 Process to define initiatives – conformant to enterprise portfolio
needs – in support of business strategy
70 Process to update enterprise roadmaps or building blocks
80 Process to assess architecture feasibility after receiving investment
approval
90 Process to communicate the scope, timeline, cost of each project to
the project management resource
100 Ensure that the G2 Quality Checklist has been completed
Chapter 5: Industrialize the Business Transformation Capability
197
Phase Gate G2 to G3
Process Maturity and Enterprise Capabilities Content Assessment
ID G3.01 Seq. No 10 Category: G2 to G3 Value: On-time, On-budget and quality of capability being transitioned meets expectations Description: Transition capabilities to an agreed upon
performance level for on-time and on-budget
Information Assessment – assess state of information at Capability deployment: In this phase, projects are executed and the role of planning has been transitioned to one of monitoring
the execution. For this reason there is a minimal involvement of Enterprise Planning and governance
Seq.
# Criterion
Green
Yello
w
Red
Oth
er
Comments
10 Project performance metrics are meaningful and are being tracked
regularly and consistently
G2 to
G3
Process Assessment: Assess the maturity of processes that implements the architecture for
strategy and prepares the transitioned capabilities for production
Seq. #
Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
10 Process to define the charter for large, medium and small projects
Chapter 5: Industrialize the Business Transformation Capability
198
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
20 Process to plan for large, medium and small project
30 Process to steer projects for scope, timeline, cost and quality of
capability
40 Process to update Enterprise Capability Plan when baselines change
including for: milestones, resources, scope and cost
50 Process to define business requirements, system requirements,
develop, test and package for production [SDLC maturity]
60 Ensure that the G3 Quality Checklist has been completed
Phase Gate G3 to G4
ID G4.01 Seq. No 10 Category: G3 to G4 Value: Ensures capability is managed, exploited and incremental innovations are defined Description: Capability is being fully exploited
Information Assessment – assess state of information at during steady state management phase
Seq.
# Criterion
Green Yellow Red Other Comments
10 All capabilities and their current state is reflected in the
Enterprise Capabilities Portal
Chapter 5: Industrialize the Business Transformation Capability
199
Seq. #
Criterion Green Yellow Red Other Comments
20
Capability performance is monitored, measured in terms of
their business strategy and capability performance is related
to the enterprise scorecard
30 Architecture requirements of a capability are analyzed and
released into the continuous planning lifecycle
G3 to
G4
Process Assessment: Assess the maturity of processes that ensures all capabilities are
being fully exploited
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
10 Process to monitor capability performance and relate its performance to
the enterprise scorecard
20 Process to measure and report leading and lagging performance indicators
of a capability
30
Process to capture, analyze and disseminate capability architecture
requirements
[architecture requirements management]
Chapter 5: Industrialize the Business Transformation Capability
200
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
40
Process to adjust business processes, staffing, training (non-system
changes) in order to optimize capability utilization
[sometimes referred to as Continuous Improvement, Quality Circles, Self-
Directed Work Teams]
50 Process to identify plan-able system changes
60 Process to capture innovative ideas from staff and analyze them
Phase Gate G4 to G3, G2 and G1
ID G5.01 Seq. No 10 Category: G4 to Gx Value: Ensures capability is being maintained effectively
Description: Maintain Capability
Information Assessment – assess state of information at during steady state management phase
Chapter 5: Industrialize the Business Transformation Capability
201
Seq.
# Criterion
Green Yellow Red Other Comments
10
Changes to the capability are identified as obstacles
preventing the current capability to perform at the expected
target state
20
Logs of these changes are maintained and categorized as:
1. Cost,
2. Revenue,
3. Customer Service,
4. Staff Morale,
5. Corporate Citizenship or
6. Any other relevant categorization
30 Innovation threads are translated into architecture
requirements
40 Value statements capture architecture requirements,
innovation threads and strategic changes
G3 to
G4
Process Assessment: Assess the maturity of process that ensures all capabilities are being
fully exploited
Chapter 5: Industrialize the Business Transformation Capability
202
Seq. #
Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
10 Process to capture innovative ideas, translate them into architecture
requirements
20 Process to define Value Statements
30 Process to plan work to migrate ideas from G0 to G1
40 Process to plan work to migrate ideas from G1 to
50 Process to plan work to migrate ideas from G2 to [current planning
process focuses on this process]
Enterprise Planning and Governance
ID G6.01 Seq. No 10 Category: P1 Value: Process ensures all business transformation programs
are being managed as per enterprise needs and all resources are being effectively utilized Description: Govern Business and IT Planning Process
Information Assessment – assess state of information at during steady state management phase
Seq.
# Criterion
Green Yellow Red Other Comments
10 Every Work Request is planned to migrate from the
current Gate to next Gate
Chapter 5: Industrialize the Business Transformation Capability
203
Seq.
# Criterion
Green Yellow Red Other Comments
20
Work Requests starting at Gate G0, G1 – can be planned
to the same level as ones starting at G2, with a larger
range between high and low
30 Work requests are planned at the competency level
40 Real-time visibility of required vs. available resources at
the competency level
50 Status of all work requests is available to the Strategic
Planning Team
G3 to
G4
Process Assessment: Assess the maturity of process that ensures all capabilities are being
fully exploited
Seq.
# Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
10 Process to plan every Work Request
20 Process to launch required Work Request
30 Process to monitor Required vs. Available resources and the plans
for gaps
40 Process to maintain the status of all work orders
Chapter 5: Industrialize the Business Transformation Capability
204
Seq. #
Process
In
itial
Rep
eata
ble
Defin
ed
Man
ag
ed
Op
timiz
ing
Comment
50 Process to monitor realization of Value Statement after capability is
transitioned
60 Process to define and review the investment portfolio decision
principles
70 Process to assess impact of work request completion being delayed
on enterprise strategies
Performance Measures, Processes
and Governance
In Chapter 3, three key concerns for senior management of
public and private sector organizations were articulated:
1. Market Share: The percentage of the total
industry that purchases your organization’s
products and/or services. For the Public Sector,
this can be expresses as the percentage of total
consumers that consume the service delivered.
2. Profit margin: A measure of expected shareholder
value. For the Public Sector, this can be a measure
of how efficiently services are delivered. The more
efficient, the greater the potential to use available
resources to improve the service delivery.
3. Value in the Pipeline: Senior management of
both private and public sector organizations need
to have a continuous pipeline of innovations that
will make the organization more effective and
efficient in the market place. By being more
effective than its competitors, an organization can
increase market share and realized efficiencies will
increase profit margins.
While the above indicators can reflect a state at a point in
time, strong value in the pipeline will allow the organization
to realize future value. The ability of the organization to
translate the value in the pipeline to realized outcomes is
Chapter 5: Industrialize the Business Transformation Capability
205
enabled through its Business Transformation Capability and
we need an effective and pragmatic way to measure the
performance of this capability.
Knowing What to Measure
An executive capability is enabled by supporting capabilities
similar to the components of a value chain. In fact, a value
chain and architecture reference model can be created for a
capability, both supporting and executive. When evaluating
performance of an executive capability, we need to
understand its supporting elements.
In improving the performance of a capability, we also need
to understand the performance of its elements; that is to
determine the weakest link. By improving the weakest
performer, we can augment capability performance through
the smallest required investment.
When it comes to maturity, we need to determine if the
objective is to mature a discipline or a capability. We also
need to understand the value we are striving for. If we are
looking to improve the capabilities of the organization, we
will need to put aside our local interests and maturity of our
own domain and do what is in the best interest of the
organization. Senior management can lay out the priorities
for the organization but alignment with these priorities and
commitment is needed from all individuals that make up
the greater organization.
Performance Measures of the
Business Transformation Capability
To measure performance of a capability, we look towards
indicators that express:
1. The time taken to complete the capability’s activities,
2. The resources consumed by the capability,
3. The effectiveness of the capability in doing what is
required.
When expectations of performance are not met, we need
indicators that give us insight into the obstacles that need
to be overcome and greater understanding of the problem
to solve. Performance indicators need to be both leading
(indicative of changes to come) and lagging (changes after
a period of time) to give a more robust frame of reference
for the decision(s) that need to be made.
For an executive understanding of capability performance,
we should strive to have 4-7 performance measures. Each
measure should have a quantifiable representation; this is
called a metric. Such metrics can be compared along
organizational departments and benchmarked against the
industry or across other industries. This will provide insight
into what is possible to achieve and what will be industry
leading. When industry leading performance is achieved,
the organization can use this performance to gain a
competitive advantage over its competitors; this capability
then becomes strategic to the organization.
Video 38: Balance in Performance Measures
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The Business Transformation Capability can be strategic to
an organization especially in a changing environment. To
become strategic, the capability needs to perform
consistently to expectations and perform to at least the
level of change in the marketplace. Therefore, this
capability needs to be industrialized and its performance
needs to be closely monitored and specified.
To measure the performance of the Business
Transformation Capability, the following indicators are
specified:
1. Time to Plan: Time is measured from submission of
a Service Request to when the work is scheduled
and prioritized by senior management. Additional
time measures for certain activities and phases may
also prove to be useful.
2. Effort to Plan: Effort is measure of how much time
is spend by various stakeholders in IT and Business
to define the initial plan. Additional measures of
effort to perform other activities for the Business
Transformation Capability can also be useful.
3. Plan Efficiency: Measures what percentage of work
products are delivered on-time and on-budget from
the initial and baseline within certain intervals of
expectations. In general, it is desired if the
difference is within 5% but additional variances
should also be defined so that the proper corrective
action can be taken to address the root cause of the
deviance.
4. Plan Effectiveness: Measures what percentage of
the transitioned capabilities actually achieves the
intended business outcomes as defined in the Value
Statement. The direct measure of Plan Effectiveness
is through the Enterprise Scorecard.
5. Stakeholder satisfaction: Satisfaction is measured
through the quality and relevance of the information
provided to the sponsor and receiver(s) at the
beginning of each phase – refer to the Capability
Based Value Delivery methodology.
6. Ideas generated: This indicator tracks the number
of ideas generated for consumption of the Business
Transformation Capability. This is a leading indicator
of performance as when there is an increase in the
number of ideas generated; the organization can
look forward to increased future value realization.
A view of this capability can be seen in the following figure.
The tracking of the performance metrics can become part of
the performance scorecard; an integral measure of
corporate performance.
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ability toTransform the Enterprise
Supporting Capabilities
Continuous Planning Strategic Planning Enterprise Architecture Program Management Portfolio Management Innovation Mgt SDLC and QA Value Realization
Performance Metrics
Lagging (A) Time to Plan (duration in days) (B) Effort to Plan (person days) (C) Plan Efficiency (% of projects
completed to within time, budget and scope: 5%, 30%, 30+%)
(D) Plan Effectiveness (% of projects that enable desired outcome)
Leading (E) Stakeholder Satisfaction (%) (F) Ideas generated (#/month)
Current Performance
A: 20 B: 15C: 10%, 30%, 60%D: 10%E: 10% F: 10
Transition: Year 1
Ability to plan in real-time, continuouslyA: 15 B: 12C: 30%, 40%, 30%D: 35%E: 20% F: 70
Transition: Year 2
A: 10 B: 8C: 50%, 40%, 10%D: 40%E: 50% F: 150
Transition: Year 3
A: 5 B: 2C: 60%, 35%, 5%D: 60%E: 90% F: 200
By meeting the target metrics in year 3, the organization will have achieved world-class performance for their Business Transformation Capability.
Figure 35: Capability view of Business Transformation
In addition to describing the supporting capabilities for
transformation, a possible transition plan of how the
capability metrics will be improved is also shown. This
single view shows how the performance of the capability
will be measured and its expected targets of performance
as it matures from year to year. Actual results will depend
on how well the organization will be able to execute the
needed changes to improve the capability performance.
While there may be other useful measures, it is important
to assure that the right information is being conveyed by
the measures and the focus is on improving the Business
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Transformation Capability as a whole and not looking at the
delivery/maturity of a singular component.
Performance Measurement and
Accountability
When measuring performance, it is important to follow the
same process for aggregating information and calculating
the value. This process needs to be consistently applied so
that the metrics are meaningful and actual changes are
accurately assessed.
With the process and sources of information well known,
the performance measures need to be calculated at
meaningful intervals so that management and other
stakeholders can make decisions based on actual
performance. While those in the organization’s production
environment are responsible for performance, those
monitoring performance are accountable for the quality of
information used for decision-making.
Governance is the process used by organizations to make
decisions and those accountable for the results of their
decisions rely on information such as the actual
performance measures. The performance measures need
to create a relevant picture of the capability in production
and indicate where attention needs to be focused.
To industrialize the Business Transformation Capability, the
most important performance measures need to be
standardized and updated as often as needed for the
assessment interval of the capability. Typically, for changes
that can be made in the production environment, the
interval can be about two weeks. For more involved
architecture changes that require a larger group of
stakeholders, such reviews may be performed once or twice
a quarter or scheduled as needed.
With respect to the frequency of capability assessments and
reviews, we need to understand the value of the Business
Transformation Capability to the organization. If the
marketplace and organization is stable, the Business
Transformation Capability will not be strategic. In fast-
moving industries and markets, a world-class Business
Transformation Capability can be very strategic to the
organization.
Processes Required by Business
Transformation
In industrializing the business transformation capability, we
need to aggregate process, people and technology. From
the disciplines and divisions that make up the organization,
there is no shortage of process, knowledge and subject
matter expertise; the challenge faced by organizations is
how to effectively align these practices to collaborate with
one another to deliver enterprise value.
To achieve this, we cannot look at just one or a few of the
Enterprise’s processes – such as the System Development
Life Cycle and Project Management – but understand all of
the processes that need to be supported to enable the
Business Transformation Capability. Such processes were
highlighted in the white paper: Requirements for a World-
Chapter 5: Industrialize the Business Transformation Capability
209
Class Business Transformation Capability13. Some of these
processes include:
Enabling a Learning Organization
Skills Development
Enabling an IT Landscape
Enabling Enterprise Capabilities and Opportunities
Performing Strategic Planning
Managing a Portfolio of Investment
Investment Governance
Value Management
For a more complete list of processes, please see Reference
#2.
For each of the processes, we can create process flows and
describe the interactions involved. As an example, the
following description describes the process flow for
submitting an idea to enable a learning organization.
Submit an Innovation Idea
Start:
A member of the business or IT community – a
Value Generator – wishes to review already
submitted ideas or to submit an idea to help the
organization become more efficient and/or effective.
This idea or the review of previously submitted ideas
may enhance a current capability or articulate the
need for one that currently does not exist.
Steps:
1. A Value Generator accesses theBTCloud.com to
review existing innovation ideas or submits an
13
See Reference #2: Requirements for a World-Class Business Transformation Capability
idea for consideration. Feedback for a submitted
idea may also be optionally requested by the
Value Generator through theBTCloud.com.
2. In discussion with peers or with an IT Advisor,
the idea is further developed through
theBTCloud.com as additional feedback and
comments are recorded.
3. An IT Advisor is assigned the idea and gathers
the necessary information to mature the idea
through discussions with peers and upstream
management.
4. There are two outcomes for the idea:
a. If a value statement exists for the idea it can
be linked to it or a new value statement is
created; the idea becomes an uncommitted
service request created by the IT Advisor and
triaged to the appropriate phase (G0-G3) to
be further developed.
b. The idea is “parked” as an architectural
requirement for a capability until more
information becomes available or enough
architecture requirements present compelling
value that can be realized through a work
package (WP).
5. The idea’s status is updated by the IT Advisor
and additional information can be added through
theBTCloud.com throughout the idea’s lifecycle.
Stop:
The Idea is appropriately triaged; a new service
request or an architecture requirement for a
capability may be identified.
Value:
Ideas submitted and added value to by the business
and IT community helps the organization transform
to become more efficient and effective faster than
their competitors.
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From the described process flow, we can create a swim lane diagram of the interactions that take place as shown in Figure 36:
Example of a swim lane diagram.
Figure 36: Example of a swim lane diagram
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Video 39: Expressing Conceptual Architecture
The previous diagram can help validate process flows and decision points with other stakeholders. When the flow is accepted,
we can then determine the supported work flow that will implement the process in the organization.
Building the Business Transformation Capability
With the required processes in place, we can now focus on building the Business Transformation Capability as shown:
Figure 37: Putting it all together – enabling the Business Transformation Capability
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The previous figure shows that when ideas and requests for
service are aggregated, consideration can focus on the
value they present as well as how well they align with the
organization’s strategic objectives.
As an example, a manufacturing company is seeing
downward pressure on price for its products and consumer
tastes remaining high for its current offerings. For the next
5 years, the organization has defined its strategic intent to
be the lowest cost and price producer in the industry. A
business strategy has been created to fund innovations that
would improve operating efficiency and has created a
portfolio of $2 million to fund such initiatives.
Consider the following idea submissions:
1. Improve product quality: An idea is submitted
that would provide 3 units of immediate value due to
improved market share and 5 year benefits of 8
units. The cost to implement would be 5 units and
would be completed in a quarter with medium
architecture complexity.
2. Improve marketing efficiency: An idea to
leverage social media would save 5 units from the
marketing budget and cost 3 units to setup and can
be completed in 1 month with small architecture
complexity.
Both ideas would have viable business cases and #1 would
represent greater value to the organization. Since #2
aligns with an accepted business strategy, the idea can be
translated into a service request waiting for approval (i.e.
resource allocation) at phase gate G2. Since #1 does not
conform to a supported business strategy, it may be
considered by strategy owners at phase gate G1 and have
the proper support moving downstream by being aligned
with a new or modified strategy and portfolio of investment.
In a continuous planning model, we may have several work
packages in the queue waiting for approval to move to the
next activity. If a work package was approved for
implementation, such as #2, presented a greater value
proposition than a work package waiting for resource
allocation, then #2 would have greater priority to receive
resources. In this manner, the priority of work packages
can be set according to the value they present and other
objective measures. This enables an organization to reap
greater value sooner and is no longer prone to internal
politics.
Continuous planning is disruptive to organizations because
it impacts most if not all of its functions. Forecasting and
budgeting for future events is no longer required as the
investment portfolio is available to those initiatives that
have viable business cases and only those initiatives that
are viable prior to execution will be funded. Continuous
planning and industrialization of Business Transformation
thus requires not just the support and direction from Senior
Management, it also requires buy-in and commitment from
the greater organization for both Enterprise Capabilities: 1)
running the organization and 2) changing the organization.
Governance and Decision Points
Throughout the capability life cycle, there are a number of
decisions that need to be made to mature the capability.
For each decision, there is a stewardship role, where the
Chapter 5: Industrialize the Business Transformation Capability
213
decision process is guided, and a decision maker that is
accountable for the outcome and the decision that is made.
Both these functions require information of a sufficient
quality to make decisions and this quality is provided from
the disciplines and professionals of the Business
Transformation Capability.
Some important decisions that need to be made throughout
the capability life cycle are shown in Figure 38: Major
Decisions Points throughout the Capability Life Cycle.
Figure 38: Major Decisions Points throughout the Capability Life Cycle
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Each of the above decision points are described in the following table.
Table 30: Described Decision Points
Decision
#
Decision Context Stewardship Decision
Maker
TR1 Triage Service Request – Incident, Service Catalogue, Plan-able Activity ITSM Manager Service Desk
D1 Create Work Package (WP) or Park the Value Statement, determine
starting Gate to create a WP or Park the Idea.
IT Advisor Functional Area VP
or Pillar Leader
D2 Monitor workload, status of each Active WP and strategy execution
within each Phase Gate.
Is the currently planned work on time and is the newly planned work
being released as planned?
COO Functional
Steering Leads
and Strategy
Owners
D3 Impact of business climate Change on Enterprise Capabilities: Do
business strategies reflect the change in business climate?
COO CEO and SVP
Team
D4 Adapted Roadmap and Business Case
Is the adapted roadmap meeting the business and technology
constraints and are they described adequately?
Does the Architecture conform to the Enterprise Standards?
CIO Chief Architect
D5 Do the transition plan and business case meet the needs of all
stakeholders?
COO Capability or
Strategy Owner
D6 Rationalize Investment portfolio based on Balanced Scorecard
allocation, Strategic Themes, Mandatory Risk, Timeline and ROI driven
Investment Decisions – Transition WP from Uncommitted to Active
Is the portfolio effectively allocated?
COO Functional
Steering Leads
and Strategy
Owners
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Decision
#
Decision Context Stewardship Decision
Maker
D7 Implementation Compliance – Design Review, Project Compliance
Does the implementation conform to the Business Case?
COO Program/ Project
Sponsor
D8 Change to Production Environment – Capability Change Management,
Is the changed capability ready for deployment into production?
Capability Owner Change Approval
Board
D9 Value Generation and Capability Exploitation – is the capability being
exploited as planned?
COO Capability Senior
VP
In the above table, a pillar leader is one that is the leader
for the capability.
It is important to note that there are different stakeholders
for stewardship and decision making. For the above
decisions, the groups and individuals involved with business
transformation need to understand what quality of
information is required for each decision that needs to be
made. The knowledge of what decisions and who should be
involved results in effectiveness and timely decisions make
Business Transformation efficient.
Industrialize the Repository
Throughout the capability life cycle, a lot of information is
generated. For many organizations, a good deal of time is
spent searching for the needed content which results in
slowing the progress of capability development. There is no
shortage of information available but the right information
that is often reusable becomes harder to find.
Business Transformation Professionals need to actively
manage and make available content that is reusable. To do
so, we need to define the typical content that is often used
to mature a capability. We also need to understand the
difference between content that is presented to decision-
making stakeholders (i.e. a deliverable) and content that
supports the deliverable and helps Business Transformation
Professionals to do their work (i.e. artifacts).
The structure of artifacts and deliverables can be consistent
to state what information is needed and tailored for each
initiative. Most organizations are teeming with templates
and required content that needs to be created. Structure is
needed when we understand the “what”, but when content
is created, the driver becomes the structure of the
Chapter 5: Industrialize the Business Transformation Capability
216
document rather than the information needed to make the
best decision to move forward.
As we put together the elements that make our ability to
transform effective, we can then focus on what we need to
do to be efficient. We need to be able to access useful
information timely, we need quality content that can help
us create the necessary artifacts and deliverables to further
our capability and we need to understand the requirements
that can be automated to support business transformation.
These automation requirements were discussed in reference
#2 with key areas that include:
Enterprise Capabilities Map and Governance of
Portfolio of Investment,
Capability Based Value Delivery Services and
Governance,
Learning and Sharing,
The IT Landscape,
Industry and Enterprise Architecture of Capabilities,
IT Engagement with other organization divisions,
Work space for a Business Transformation
Professional
Impact Assessments
By addressing such requirements, we can look towards
achieving efficiency in our Business Transformation
Capability. Now that we understand what we need to
support for Business Transformation, what applications are
available and how can they be assessed?
Tools to Industrialize the Business
Transformation Capability
While there are a myriad of tools available, most tools cater
to a particular function of the Business Transformation
Capability. Application vendors in general are very adept at
being able to convince groups in the organization of the
value of their application to do run their business functions
and have the immediate department in mind. When it
comes to integrating other groups with other interests, local
applications have difficulty supporting the necessary
changes.
The Open Group created a tool conformance requirement
for TOGAF®14. This list of requirements focus on a tool for
enterprise architecture but it also supports many elements
for Business Transformation. A single application may not
support all requirements for Business Transformation but it
is important to understand how the required functions are
support. As an example of the functions supported, how do
you support the following in your organization?
A learning organization including innovation
management
Capability architecture and consistent modeling
Value in the pipeline
A Standards Information Base
Business Transformation Education and Collaborative
Learning
Architecture Definition and Guidance
14
Please see reference #6
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Portfolio Management
Transparency and Accountability
Governance, information quality and decisions
A Performance Scorecard
Capability definition and transition plan
Work packages planned, in progress and completed
that transition capabilities
Video 40: TOGAF® Tool Conformance
When we consider data modeling, how would we show the
relationship between the following information entities?
• Mission Vision and Values
• Strategic Intent
• Enterprise Capabilities – People, Process and
Technology
• Capability Measures
• Measure Metrics and Target Dates
• Roadmaps
• Portfolio of Projects/Work Packages
• Architecture Requirements
• Organization
• Competencies
• Data
• Application
• Technology
• Interoperability
• Strategy Map
• Standards
• Principles
• BT Services
• and more…
While each entity is recognizable, understanding how they
map together and starting with a complete list of entities
also needs to be supported by an application.
With all of these requirements, is there an application that
can support and align the work required by Business
Transformation?
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theBTcloud: Industrialize Business Transformation
theBTcloud15 can help you industrialize your Business
Transformation Capability. It has been used to implement
the processes required for Business Transformation as well
as perform and track phase gate activities.
theBTcloud is a web-based application that can be installed
on-site or accessed through the internet that will
industrialize your capability to transform. This application
supports a number of business processes and automation
requirements necessary to support the Transformation
Capability. Some of the key business processes of the
Transformation Capability include:
1. Creating a Learning Organization: A learning
organization enables the capture and value-add of
“home grown” innovation ideas that creates new and
improves existing transformations.
2. Promoting Skills Development: Fostering the
growth of skills and knowledge areas of organizational
people resources will reduce the reliance on outside
resources to perform transformation activities and
increase internal competencies to realize business
outcomes.
3. Enabling reusability of artifacts and deliverables
for transformation: Organizations typically struggle
with too much information to manage; theBTcloud
supports processes that maintain the quality of
content to promote reusability and thus reduces the
timelines for transformation realization.
15
See http://theBTcloud.com
4. Maintaining upstream and downstream
traceability of transformation initiatives:
theBTcloud enables traceability of each transformation
initiative to the organization’s strategic intent,
strategic themes and business strategies so that
priorities can quickly be determined objectively.
5. Performing impact assessments due to changes
in strategy and business conditions: theBTcloud
can determine the impact on existing transformation
initiatives in the pipeline due to a change in strategy
or other impacts.
6. Managing and planning resource requirements
for transformation initiatives: theBTcloud enables
resources and their competencies to be monitored and
assigned to initiatives to have them completed for
their respective phase.
7. Monitoring transformational performance and
defining governance: theBTcloud provides a
performance dashboard of key metrics and can also
define the decisions that need to be made for a
transformation initiative to succeed.
While there are many options to successfully industrialize
the Business Transformation Capability, the initial focus is
to be able to implement the necessary processes and
information needs. When the Business Transformation
Capability proves to be effective, we can then focus on its
efficiency.
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219
Chapter 5 References
1. Open CA Conformance Requirements,
http://www.opengroup.org/openca/cert/docs/OpenCA_Conformance_Requirements.pdf
2. Requirements for a World-Class Business Transformation Capability,
http://qrs3e.com/landingpages/pages/theBTcloudProcessesandautomationRequirements.pdf
3. Enabling a Competitive Advantage through Continuous Business Transformation,
http://qrs3e.com/landingpages/pages/theBTcloud-Executive%20WP.pdf
4. Building and Industrializing a Continuous Business Transformation Capability,
http://qrs3e.com/landingpages/pages/theBTcloud-Industrialize%20WP.pdf
5. theBTcloud’s TOGAF® Tool Conformance Statement, http://qrs3e.com/landingpages/pages/togaf9-tool-confreqts-csq-
qrs.xls
6. TOGAF® Tool Conformance Requirements, http://www.opengroup.org/togaf9/cert/docs/TOGAF9-Tool-ConfReqts-CSQ.xls
7. TOGAF® 9.1 Specification, The Open Group: http://www.opengroup.org/togaf/
Chapter 6: Case Studies of Capability-Based Thinking
220
Chapter 6: Case Studies of Capability-Based Thinking
“It always seems impossible until it’s done.”
Nelson Mandela
Abstract
This section is work in progress and will be further developed over time.
Through a collaborative effort of a large number of practitioners, we are
working to define a complete enterprise architecture for an organization that
has taken on the near-impossible mission of improving population health.
Specifically, this exercise will demonstrate thought process needed to
translate enterprise strategic intent into capabilities and a portfolio of
transformation projects.
Key Chapter Sections
Approach to Case Studies… 221
Case Study #1: Construction… 224
Case Study #2: Regulated Insurance
and Worker Safety… 228
Case Study #3: Manufacturing… 231
Case Study #4: Financial Services 234
Case Study # 5: Healthcare
Insurance… 238
Chapter 6: Case Studies of Capability-Based Thinking
221
About the Case Studies Presented
We need evidence that an approach to solving a specific
problem is proven. In reality, there are some
approaches/practices that are very obvious; you wonder
why everybody doesn’t use the same approach to solve
these types of problem. To improve customer service, a
pleasant attitude towards a customer is a good starting
practice. Do we really need proof that a pleasant attitude
in part can help improve the customer experience?
Business Transformation is one such problem for which if
we break the problem down to its core elements, the
methodology to solve the problem is straight-forward. The
solution to the problem that business transformation needs
to solve however may not be as obvious.
Organizations’ undertake business transformation programs
to change the configuration of their enterprise capabilities
so they can achieve outputs that are different from what is
being produced today. For example in manufacturing, an
assembly line produces ‘x’ units per hour at a quality rate of
‘y’, with ‘z’ human and capital resources. Organization
would like to hold the quality to the same level and reduce
cost (that is use less resources) and improve throughput to
meet customer demand. In this case, business
transformation simply reconfigures the enterprise
capabilities to a different state to produce the needed
outputs.
A number of case studies will be shown from different
industries to demonstrate the application of capability-
based thinking and an enterprise architecture approach to
business transformation.
Objective of this Chapter
The value of enterprise architecture is often a challenging
question for many aspiring enterprise architects and
practices. Our experience shows that capability-based
thinking incorporated with methods of doing architecture
brings tangible business value to the forefront. It not only
makes EA transparent but also enables the entire business
transformation continuum to be transparent and squarely
puts the accountability on the right roles within the
organization.
Case studies have been summarized from our experience to
show how capability based-thinking combined with EA
methods have helped organizations. The names of the
organization have been withheld to bring focus on sharing
success and failure events. Although from different
perspectives, both successes and failures offer the same
amount of learning value.
Approach to Case Studies
We adopted a standardized approach to describing each
case study below; each case study contains:
Industry Discontinuities
This section provides a brief description of the industry and
potential discontinuities that are pressuring change on
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222
existing players that can also give rise to new market
entrants.
Size of the Organization
The size of the organization is determined by:
number of employees
locations and
cultures
Enterprise and Scope
This section defines how the enterprise and scope of the
transformation program was defined initially and after
architecture thinking and methods were applied.
Initial Scope: scope statement and objectives
After Architecture: scope statement and objectives
Business Complexity
The business complexity is assessed from three different
perspectives as defined in literature for a “wicked problem”.
The following matrix to assess the complexity of architected
scope will be used.
Table 31: Architecture Complexity Matrix
Rate Description Ordinal Value
Assessment
Technology Complexity
Low Skills to implement and support the technology exists within the enterprise 1
Med Skills to implement and support the technology exists within the industry 2
High Requires brand-new technology skills to implement and support; skills will
have to be developed
3
People Complexity: impact of change on people
Low Next to no impact on people; people are eager to accept the resulting change 1
Med Some education and training will be required, but overall, there is no
significant impact on people
2
High Current job descriptions will fundamentally change, there be re-organization
and a number of people engaged in this process will be reduced after the
3
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223
Rate Description Ordinal
Value
Assessment
changes
Wickedness Complexity: alternative options and consensus among enterprise leadership
Low Three is exactly one set of capabilities that must be transformed in order to
achieve the intended outcome
1
Med Several different sets of capabilities can be transformed to achieve the
intended outcome; however there is broad consensus among leadership of
which sets of capabilities will be transformed and to what level.
2
High Several different sets of capabilities can be transformed to achieve the
intended outcome; however there is No Consensus among leadership of
which sets of capabilities will be transformed and to what level.
3
Complexity Rating: = 1*[technology ordinal value] +
2*[people ordinal value] + 4*[wickedness ordinal value]
Proposed Architecture
The proposed architecture is briefly described in terms of:
Business outcome
Capabilities affected and their performance metrics
Results
Actual Capability performance achieved
Lessons Learnt
What went well and why?
What went poorly and why?
Lessons for the Business Transformation Leader
What can be done differently to improve the transformation
capability of the organization?
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Case Study #1: Construction
At least in some form, concrete, has been used in
construction for thousands of years. The ancient Assyrians,
Babylonians and Egyptians all had their own form of
concrete, as did the Roman Empire, with a very similar
binding cement mixture to what is used today.
Ready-Mixed Concrete Manufacturing production is done in
specialised plants separate of construction sites. This saves
time and labour at the construction site and also allows
specialised concretes to be mixed.
Some of the products manufactured in this industry
include:
Concrete slurry
Dry mix concrete
Dry mix mortar
Ready-mixed concrete
Concrete is made up of cement, sand, rocks (or aggregate),
specialized chemicals and water. Once the components
have been mixed together, they will remain in a fluid state
for between four and six hours. During this time the
mixture is transported to the construction site in a truck
fitted with a spinning tank to keep the concrete agitated,
which stops it from setting and settling.
Industry
Considerations for this organization include:
Concrete manufacturing and distribution to
construction sites
Drivers for Discontinuities
o Change in plant technology from relay
controls to PLC (programmable logic
controller)
o Advanced usage of chemicals to achieve
higher concrete performance at lower cost
o Precise use of ingredients including chemicals
o High rise buildings have complex set of
recipes that must be managed in real-time
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o Higher reliability of plant operations is
required as pours are often longer than a
continuous 24 hours
o A single non-conforming batch implies the
entire build section must be ripped out
o A test cycle is often 24, 48 and 72 hours
long, hence reliable weigh and management
system are required
Size of the Organization
The size of the organization was determined by:
500 truck drivers
1250 plant staff and support
20 engineers and admin staff
Location:
office single location with 45 plant location across
entire local area
Cultural considerations:
single culture and language
Enterprise and Scope
Initial Scope: scope statement and objectives
Upgrade the plant management system to latest
technology
Improve plant reliability
After Architecture: scope statement and objectives
Entire life cycle from quotation to 24th day quality
test
Improve total cost of concrete per square yard
Business Complexity
Business complexity was found to be:
Complexity Rating: = 1*[tech ordinal value]+2*
[people ordinal value]+ 4*[wickedness ordinal
value]
Initial :1*1 + 2(2) + 4 (3) = 16
After : 1*1+ 2*1+4*1 = 7
Proposed Architecture
The proposed architecture is briefly described in terms of:
Business outcome: cost per square/yard of concrete
Capabilities affected and their performance metrics
• Capability: Upgrade plant system to latest
technology; performance measure: system is
available 99.9% of the time; the operator
needs to mix a load of concrete of any recipe
anywhere and anytime.
• Capability: Real-time communication between
truck and the system; performance measure:
100% of the time, the truck status is known
in the plant management system
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• Capability: Ability to change recipes in real-
time; performance measure: one engineering
admin staff can update and manage all
recipes in all plants in real-time without delay
in the plants
• Capability: Analyse sample results in real-
time based on actual weight of martials;
performance measure: analysis and send
results back to the truck driver with 5
minutes of truck being loaded
Results
Actual: Capability performance achieved
Plant Reliability: 99.9% plus enabled the plant to
switch to manual mode to within seconds in the
event that plant automation failed.
Changed recipes – ability to change recipes in back
end system and push them into plant systems with
100% accuracy and with one engineering admin
resource
Reduced cement consumption by 2% in the first
year by using substitute products and mixture of
chemicals to take advantage of outdoor temperature
changes
Created a culture of transparency and accountability
and industrialized a transparent and continuous
improvement program
Lessons Learnt
What went well and why?
Project team organization structure: project
sponsor, COO in charge of the plant operations and
product quality created a team with a clearly defined
mandate for each member. The team consisted of:
sponsor, project manager and architect. He held
every member to their mandate and forced fact-
based decisions through the life of the project and
the life of each subsequent capability.
What went poorly and why?
Technology complexity: radio system used in many
trucks was old with no documentation and vendor
support. Replacement of these radios was
expensive, a work around took longer and increased
the cost of the project. Increased cost was
recovered through improvement to truck utilization
and effectiveness.
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Lessons for the Business Transformation Leader
As a project leadership team, we learned the value of capability based-thinking and explicit performance indicators
helped resolve many potential conflicts between business central in-plant, in-house IT, plant engineering and project
teams
The project confirmed the traditional belief that a good architecture should deliver better ROI than available through a
traditional project management approach
Value of communication and professionalism was established early and maintained throughout the project was a strong
contributor to the positive outcome
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Case Study #2: Regulated Insurance and Worker Safety
In most OECD countries, worker safety and insurance
boards exist to promote health and safety at the workplace
and in the event an injury occurs in the line of duty, a
mechanism is available to employee and employer for fair
compensation without litigation. The overall framework for
this service is similar in most countries but often managed
at each jurisdiction by the ministry of labour and health.
Industry
Considerations for this organization include:
Workers safety and Insurance Board
Drivers for Discontinuities
o Changes in the complexion of industry: from
farm work to industrialization then to white
collar jobs, types of injuries and revenue
structure to cover cost was rapidly changing
o Unfunded liability was growing faster than
potential revenue realities
o Cost of healthcare and retraining injured
workers for the new economy was becoming
expensive
o Current processes and technologies did not
enable management to proactively manage
finances of the organization and service
injured workers at the speed required to help
then return to work
Size of the Organization
The size of the organization was determined by:
• 1700 employees, mostly clerical staff with on the job
knowledge of Workers Safety Act, specific claims
history and precedence based ruling and decisions
Locations:
• 12 offices across the province in Canada
Cultural considerations:
• Homogeneous, mostly unionized workforce,
management and union had good working
relationship and both parties understood the
financial state of the industry and plight of the
injured worker
Enterprise and Scope
Initial Scope: scope statement and objectives
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• To address the discontinuities, senior management
created four broad strategies: Engage Staff, Manage
Cost, Manage Revenue and Manage Back Office
Processes.
• As part of the back office process strategy, the
scope of this project was to improve the financial
system, human capital and enterprise data-
warehouse and business intelligence
After Architecture: scope statement and objectives
• Off-the-shelf financial system without customizations
to handle: general ledger, employee expenses,
accounts receivable and payable, cash management,
collections, financial planning and analytics, HRIS,
payroll and human capital management
• Ability to close month end, project actuals and
planned spending within days of month end
• Ability to plan and recruit staff, reduce staff turnover
and costs to recruit
Business Complexity
Business complexity was found to be:
Complexity Rating: = 1*[tech ordinal value]+2*
[people ordinal value]+ 4*[wickedness ordinal
value]
o Initial : 1*2+2*2+4*2 = 14
o After : 1*1+2*2+ 4*1 = 9
o Organization change management strategy
was developed to manage this complexity
Proposed Architecture
The proposed architecture is briefly described in terms of:
Business outcome
• Implement off-the-shelf systems to
streamline human resources and financial
services process
• Reduce cost of operations and improve
quality
Capabilities affected and their performance
measures
• Time and cost to close month end,
expectation of 15 days
• Management satisfaction with financial
reporting
• Reduce staff turnover, cost to recruit and
open vacancy weeks (the # of weeks a
vacancy is open)
Results
Actual: Capability performance achieved
On-time and on-budget implementation of major
enterprise resource planning across the entire
organization
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Capabilities performed as planned and the
enterprise was able to respond to new
discontinuities in their industry
Lessons Learnt
What went well and why?
CFO who had the overall accountability to the board
of directors for the performance of the project built a
collaborative senior management team and allowed
each member to perform their job and held each
member’s feet to the fire
What went poorly and why?
In order to get things done fast and on-time and on-
budget, the enterprise did not take the time to
develop in-house capabilities to implement similarly
complex change projects
In subsequent years, the organization failed to
implement the other three legs of their enterprise
strategy
Lessons for the Business Transformation Leader
CIO created clear accountability for project leadership (enterprise architect and project managers) and actively sought
to eliminate obstacles both within and outside of the IT organization
Learned how effective leadership from senior management can facilitate a good culture and governance
Learned how a good organization change management strategy can help implement change in very complex
environments
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Case Study #3: Manufacturing
When a change in manufacturing occurs, who loses is a key
question that needs to be answered and we should keep
this in mind as we do our jobs. Consider this: When the
assembly line at a plant, came to a halt on Sept. 15, it
wasn’t just one factory that shut down. The closure could
have also brought the death of an entire industrial
ecosystem as experts had warned. More than 300 suppliers
feed into the plant including 35 in the local area. Job losses
are likely to extend far beyond the 1,100 workers directly
employed at the plant that had been producing good, high
quality products for over 44 years.
Industry
Considerations for this organization include:
• Tire manufacturing industry in north America
• Drivers for Discontinuities
o Availability and cost of assembly line labour
o Consumer demand for cheap, disposable and
more than one choice of every product
o Inability of North American management to
recognize changes in industry to respond with
vigour
o Shortage of a skilled labour force to design
products and processes to account for change
in worker demographic
Size of the Organization
The size of the organization was determined by:
number of employees: 1200 assembly line workers
with 75 management and administration staff
Location:
Single plant in small town of one hundred thousand
residents
Cultural considerations:
homogeneous, multiple unions with different
contract terms and length
Enterprise and Scope
Initial Scope: scope statement and objectives
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Core plant planning system was not Y2K compliant,
an additional 5 million dollars of investment was
required to make the system Y2K compliant
Post investment, the system will have no additional
capability from the current state
After Architecture: scope statement and objectives
Review planning capabilities required vs. provided by
the system revealed that the current planning
system does not support the needs of the plant
Over the years, several auxiliary system had been
developed in order to address the core system
short-comings in a patch work approach
An opportunity to rethink the entire planning
capability from consumer demand to fulfilment was
available
Business Complexity
Business complexity was found to be:
Complexity Rating: = 1*[tech ordinal value]+2*
[people ordinal value]+ 4*[wickedness ordinal
value]
Initial: 1*1+2*1+4*1 = 7
After: 1*2+2*3+4*2 = 16
The new architecture approach dramatically
increased the complexity however the cost and
benefits justified the new direction
Proposed Architecture
The proposed architecture is briefly described in terms of:
• Business outcome:
o Improve plant throughout: capacity vs. actual
output
o Improve fill rate from 87% to 96% linearly
over the next three years
• Capabilities affected and their performance
measures
o Real-time work in process inventory: know
the inventory at each workstation
o Machine change over time: time it takes to
change machine from production of one
product to another
o Upstream and downstream demand/supply
for every workstation
o Plan each workstation in real-time
Results
• Actual: Capability performance achieved
o Overall number of change overs increased
dramatically, however total downtime to
change overs decreased
o Plant Performance as a single performance
metric: throughput was computed in real-
time 24x7 and communicated to all involved;
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every person in the plant worked towards a
single performance metric
o Continuous improvement suggestions
increased from zero to 100s per week and
the number lean sigma teams increased
drastically
o Most new teams were led by union staff as
opposed to management
o Plant did not spend money on making current
planning system Y2K compliant instead
changed the processes enough to make the
old system obsolete
Lessons Learnt
What went well and why?
• Ability of industrial engineering/enterprise
architect team to establish a single performance
metric for the entire plant and to get every
stakeholders’ buy-in
What went poorly and why?
• Enterprise management attempted to replicate a
good practice from one plant to all others
without making the necessary adjustments for
each plant’s culture
• The program failed to rollout to other plants and
eventually innovation and staff motivation died
Lessons for the Business Transformation Leader
• Value of meaningful and effective performance indicators communicated to staff in real-time enhanced buy-in and
collaboration and is an effective method to help modify behaviour across the enterprise
• A continuous improvement culture is very fragile and it needs to be constantly nurtured and protected from forces that
need stability
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Case Study #4: Financial Services
In Canada, the federal and provincial
governments enable parents to save money
for their children’s education through a
variety of incentive programs. One such
program is to give grants of up to
$400/year/child if parents contribute a
maximum of $4000/year. During the 18 year
period before a child is ready to attend a
postsecondary institution, this money grows
tax free and often can amount to 100% of a
child’s education expenses.
Industry
Considerations for this organization include:
• As a provider of financial services to
parents: including management of
money, apply and collect all grants a child is
qualified to receive
• Divers for Discontinuities
o Other institutions such as banks, credit
unions and insurance companies were
starting to offer these services through their
local branches where parents and guardians
may already receive other services
o Changes in technology enabled new entrants
to offer many variants of these products as
they enabled the parents and guardians
the ability to finance the products
o New technologies were
enabling other companies to offer these
products at a much lower administration
cost
o As a result, the
organization’s market share was eroding,
the outsourced sales force that worked
entirely on commission was also declining
o The organization needed to
launch new financial products into the
market rapidly and increase their sales
footprint
Size of the Organization
Size of the organization was determined by:
• The number of employees: 250 employees at the
head office
Location:
• A single location in an office complex
Cultural considerations:
• homogeneous staff in the office
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• customer service and support was outsourced to a
call center in the local community
• broker based sales force worked entirely on
commission
• Since the organization operated as a non-profit, the
culture was bureaucratic, soloed and protectionist
• The new CEO needed to build a basic platform to
offer new products and acquire competitors as their
traditional market was shrinking
Enterprise and Scope
Initial Scope: scope statement and objectives
• Using their internal staff, the organization defined
the architecture and transition plan
• Replace current legacy systems (which included an
in-house developed system augmented by a number
of point solutions and SaaS models) through a single
integrated system
• Cost estimates were roughly $6 million dollars and
18 months to complete the systems; then launch the
new products
After Architecture: scope statement and objectives
• Revised architecture included:
o Define end-to-end process and implement
common processes using off-the-shelf
solutions without any customization
o Implement industry specific logic in a single
customized solution and integrate it with
other system through real-time and/or batch
process based on business value of each
integration point
• Transition plan was based on the launch of new
financial products as soon as possible and was
intended to streamlined the supporting business
process over time
Business Complexity
Business complexity was found to be:
• Complexity Rating: = 1*[tech ordinal value]+2*
[people ordinal value]+ 4*[wickedness ordinal
value]
• Initial: 1*2+2*3+4*3= 20
• After: 1*2+2*1+4*1= 8
• Strategy was to focus the entire organization and
project teams on a single outcome: the ability to
launch the product as fast as possible
Proposed Architecture
The proposed architecture is briefly described in terms of:
• Business outcome:
o Ability to launch the product and test product
acceptance through variants of the core
product
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o Stop market share erosion at the expense of
profit margins (as back end processes will not
be streamlined)
• Capabilities affected and their performance
measures
o Ability to define and manage product
o Sell and collect money
o Pay Sales Force
o Collect applicable grants from various
government sources
Results
• Actual: Capability performance achieved
o Project failed to implement required
capabilities
o It was at least two-fold over budget
o Missed the time to market by 3 years
o Most of the project team was fired
o All the funds were spent without the ability to
launch the product
Lessons Learnt
What went well and why?
• During the conceptual architecture phase, senior
management understood the target architecture
What went poorly and why?
• Senior management had a different understanding
of the transition plan
o Whereas the VP of marketing/sales and CEO
were under the impression that the focus was
to launch new products as fast as possible
while the CIO and VP of customer care
wanted administration processes to be
initially streamlined; this was a significant
disconnect
o The organization fundamentally lacked the
ability to manage transformation
o Furthermore, the organization lacked the
ability to manage external resources that
were hired to implement the transition; the
external resources were constantly overruled
by the internal management without
understanding the consequences of their
decisions
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Lessons for the Business Transformation Leader
• It is often easy to get consensus on the target architecture, it is equally important that the transition plan is well
understood by the key decision makers
• Early in the project’s life cycle, it is critical to establish decision authority and ensure compliance to decision protocols
• Do not under-estimate the internal teams’ need to build their own C.V.s (i.e. their selfish motives)
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Case Study # 5: Healthcare Insurance
The United States healthcare system relies heavily on
private health insurance which is the primary source of
coverage for most Americans. According to the CDC,
approximately 58% of Americans have private health
insurance. The primary public programs are:
Medicare, a federal social insurance program for
seniors and certain disabled individuals,
Medicaid, funded jointly by the federal government
and states but administered at the state level, which
covers certain very low income children and their
families,
SCHIP, also a federal-state partnership that serves
certain children and families who do not qualify for
Medicaid but who cannot afford private coverage.
Other public programs include military health benefits
provided through TRICARE and the Veterans Health
Administration and benefits provided through the Indian
Health Service. Some states have additional programs
for low-income individuals.
Industry
Considerations for this organization include:
• Private health insurance in United States
• Drivers for Discontinuities
o Change in regulations of how insurance is
purchased, who is to be insured and how care
providers are compensated
o A growing trend to have fully integrated
healthcare management where care providers
also provide healthcare insurance
o Public perception of fraud in healthcare and
the government’s inability to effectively
manage channels of care delivery
o Public’s willingness to be more involved in
management of health
o Social media centred technologies are
changing public perception of acceptable
service
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Size of the Organization
The size of the organization was determined by:
Size of the organization determined by:
• number of employees: 2300 employees, mostly
administrators and healthcare workers
Location:
• healthcare insurance provider in one state within the
United States with a not for profit mandate cultures
Cultural Considerations:
• Homogeneous culture with a sense of pride in
service quality and fairness
• Organization operated in siloes and business
decisions were decentralized
• For many years, organization operated with excess
cash flow (non-profit status), but in recent years net
revenue was under pressure due to increase in
healthcare costs
• Strong community involvement and support
Enterprise and Scope
Initial Scope: scope statement and objectives
• Organization wanted to change their business
change planning program from once a year to
throughout the year activity
• Improve time and cost to plan and plan efficiency –
establish the scope of the project before start and
complete the agreed upon scope on-time and on-
budget
After Architecture: scope statement and objectives
• Implement continuous planning process and deliver
the following business goals incrementally over the
next three years:
o Increase number of innovative ideas and
chatter per person per month
o Reduce time and cost to evaluate and plan
each idea
o Improve Plan efficiency: on-time, on-budget
to-scope
o Improve Plan effectiveness: Number of
transitioned capabilities enabled the planned
business outcomes
o Increase the quality of decision information:
measure quality of information used to make
a decision at each investment management
phase gate
Business Complexity
Business complexity was found to be:
• Complexity Rating: = 1*[tech ordinal value]+2*
[people ordinal value]+ 4*[wickedness ordinal
value]
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• Initial: 1*1+2*3+4*3 = 19
• After: 1*1+2*1+4*2 = 11
• Strategy included to engage all stakeholders who
need to deliver results as well as who will be
required to deliver the results
Proposed Architecture
The proposed architecture is briefly described in terms of:
• Business outcome
o Organization planned to invest $80 million in
new processes and technologies over the
next three years and expected $320 million
return form this investment
• Capabilities affected and their performance metrics
o The following subset of business
transformation capabilities were targeted for
improvement to enable the above defined
business outcome:
Strategic panning
Enterprise architecture
Enterprise IT and LOB architecture
Portfolio management
Program management
System development and
maintenance life cycle
IT service management
Enterprise IT governance and security
Learning organization
Results
Actual: Capability performance achieved
o Program failed to deliver on most of the
deliverables
o Eighteen months after initiation, the program
was transitioned to an internal team without
agreement on scope and timeline
Lessons Learnt
What went well and why?
Internal program leadership team was engaged and
supportive; they did everything they could to help
ensure a successful outcome
What went poorly and why?
Senior IT leadership failed to understand the
significance of the continuous planning capability
Management wanted to create an accountable and
transparent culture, however, they lacked the
political capital and moral authority on rank and file
staff in IT to align warring factions of various
disciplines towards a focused direction
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Lessons for the Business Transformation Leader
With senior management’s assistance, clearly define milestones and how much time to allocate to them
o If consensus isn’t achieved within this allocated time, call a time-out and allow the project team to engage the
program sponsor
Program sponsor must be the role who needs to deliver the expected business outcome; they are not the role who will
own the required capabilities
Balance the organization’s need, management’s desire and people’s ability to accept disruptive change; these conflicting
requirements must be managed continuously
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Exercise: Define a Strategy to Manage Business Complexity
Scenario
Outline a business scenario based on a previously completed project with a significant architectural component; the scenario
should include:
Program Name and Sponsor
Business outcome: [ensure it is measurable and linkable to the enterprise vision and strategic intent]
Enterprise capabilities affected
IT and LOB capabilities affected
Performance measures (and their metrics) for each capability: current and target
Outline how the improved capability performance will help deliver the intended business outcomes
Analysis
Consider Table 31: Architecture Complexity Matrix and assess the overall architecture complexity in terms of:
Technical
People
Wickedness
Define the initial and target complexity. To reduce this complexity from the current to the target, define the following:
What must be done
Whose help will you need
How will the required resources and their commitment be procured?
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Chapter 7: An Application of Business Transformation
“Experience is simply the name we give to our mistakes.”
Oscar Wilde
Abstract
This section is work in progress and will be further developed over time.
Through a collaborative effort of a large number of practitioners, we are
working to define a complete enterprise architecture for an organization that
has taken on the near-impossible mission of improving population health.
Specifically, this exercise will demonstrate thought process needed to
translate enterprise strategic intent into capabilities and a portfolio of
transformation projects.
Details of this and other workshops are available through our Advanced
Applications of Enterprise IT Architecture Course16 available on our
website.
16
http://www.qrs3e.com/landingpages/eait.html
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244
Profile of the Organization
A Healthcare delivery company in North America, Population Health, operates 11 primary care and speciality clinics, 4
hospitals, 2 long term care facilities, 5 rehab centres and has its own insurance company. The company employs 6000 care
providers and annually serves 2.5 million members. All employees except the medical doctors are staff and the company is
affiliated with one medical, nursing pharmacy school. All service locations are within a 200 mile radius and the company
focuses on care for the chronically ill segment of the population.
Due to changes in regulation, cost of care and need to improve quality of care that matches client and family expectations, the
company needs to rethink its entire operating model and supporting capabilities and plan a portfolio of investment for it to
become a leader as an affordable and highest quality of care provider in the market.
Defining Architecture through Workshops
The architecture defined in subsequent workshops is illustrative only and is not intended to be comprehensive.
This chapter includes four workshops that are designed to provide step by step directions on how to define Architecture for the
Enterprise as well as provide insight on how to leverage Information and Communication Technology (ICT) capabilities to help
the enterprise achieve its strategic intent.
Workshop 1: Define Enterprise Capabilities
Workshop 2: Define Business Strategy
Workshop 3: Develop Roadmap, Transition plan and portfolio of Projects
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Workshop 1: Enterprise Capabilities
About the Workshop
Translate Enterprise (an Enterprise is defined as a complete
organization with its own profit and loss accountability)
Strategic Intent into Enterprise Capabilities and establish
the relationship between Enterprise Goals and Performance
of its Enterprise Capabilities.
Goal: Define the landscape of Enterprise Capabilities
Customer: CEO
Contributors: CEO’s Direct Reports
Skills Required: Open CA Level 3 – minimum of two
related industry experience
Why: This define the Organization's DNA. Think
about if all the coaches on a football team don’t
know the talent they have.
Deliverables - what:
• Organization Vision and Strategic Intent
• Value Chain
• Enterprise Capabilities – customer facing and
supporting capabilities. Customer facing
capabilities are directly exploited to deliver Final
Value Product.
• For each capability – define measures and
compute current performance metrics
• Enterprise Capability Map – group capabilities
into broadly define categories
• Relationship Enterprise Capabilities and Business
outcome
Application of EA Methods
The following is a brief list of methods applied to complete
the required deliverables:
Value Chain, Enterprise Capabilities, Five Forces
Analysis, Threats and Opportunities
Strategic Positioning – identify capabilities that the
enterprise would exploit to lead the industry
Deliverables
Organization Vision: provide the highest quality and
affordable care to our members.
Strategic Intent: be the # 1 service provider to our
segment of members measured through Health
Outcome for every dollar spent for all chronic diseases.
Value Chain:
Enterprise Capabilities
o Customer Facing Capabilities and Performance
Measures
o Capabilities Measures and Outcomes
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Enterprise Capability Map
This map groups the capabilities into 6 broad
categories. The criteria for categorization are similar to
characteristic of what constitutes improvement.
o Transform Health Care Delivery: ability to
change the organization.
o Information Technology and Protection of
Information Assets: ability to manage
information with appropriate due diligence, cost,
and agility
o Delivery Institution Operations: ability to execute
basic operations
o Back Office Services: back office services that
related to execution of clinical Services
o Clinical Services: clinical Services such as OR,
ICU, (specific to each organization)
o Customer Experience
Enterprise Capabilities and Business Goals
Table 32: Enterprise Capabilities and Business Outcome
Capabilities
Capability Performance
Business
Outcomes
Impact
Transform Health Care Staff Engagement New Investment ROI Unable to adjust enterprise
resources to changing market
conditions Time and Cost to Plan Enterprise Agility
Change Plan Efficiency
Change Plan Effectiveness
Decision Information Quality
Information Technology and
Protect Information Assets
Total Cost Cost for SLA Cost of IT
Technology enabled Agility
Enterprise Operations Total Cost [Actual and
Benchmark]
Staff Engagement
Operations Efficiency
Cost per service
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Capabilities
Capability Performance
Business
Outcomes
Impact
Back Office Total Cost per Service
Staff Engagement
Cost per service
Operations Efficiency
Lead Time
Clinical Services LOS [Benchmark and Actual] Health Outcomes Health Outcomes not
achieved or at higher price
Readmission Rates
Customer Experience Patient Satisfaction Poor Health Outcomes
Patient Engagement
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Workshop 2: Business Strategy
Goal of the Workshop
Explicitly translate the scope of Business Strategies and
instinctual level investment portfolio
Customer: CxO [executive team responsible for
business outcomes]
Contributors: CxO, Direct Reports and industry
subject matter experts
Skills Required: Open CA Level 3 – industry
experience
Why: explicitly define scope of Business Strategies
and enable a culture of Transparency and
Accountability
Deliverables:
Support Capabilities -> what you need to deliver
Enterprise Capabilities
Strategic Themes and Affected Enterprise and
Support Capabilities
Ideal Transition Plan for each capability, and for
the Business Strategy
High Level investment Portfolio Plan – is it
possible and will the meet results
Deliverables
Support Capabilities
o Transform Health Care Delivery: ability to
change the organization.
Capability and Performance Measures
o Information Technology and Protection of
Information Assets: ability to manage
information with appropriate due diligence,
cost, and agility
o Delivery Institution Operations: ability to
execute basic operations
o Back Office Services: back office services that
related to execution of clinical Services
o Clinical Services: clinical Services such as
OR, ICU, (specific to each organization)
o Customer Experience
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Application of TOGAF®
TOGAF is a bit silent when it comes to establishing relationship between Strategy and Enterprise Capabilities
There are a lot of approaches on how to establish strategy – but they are all from top down.
For strategy to be executable, we also need bottom up linkage with what comes from top down.
That is the value of Enterprise Architecture in strategy definition
Deliverables
Strategic Themes: Executive
Outcomes: Executive
Affected Enterprise Capabilities
Affected Supporting capabilities
Performance targets
EA – assess the impact of changes to the capabilities on People, Process and Technology
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Workshop 3: Architecture for a Business Strategy
Known:
Business Strategy implies that we are looking for different outcome than what we have today: example improve
customer satisfaction by 30% from 2012.
We know the capabilities leveraged to address customer needs. Each capability has – people, process and technology as
a component. Therefore if we are looking for different performance from current capabilities, some aspect of the
capability must change.
The architecture for a strategy considers all possible options to improve capability performance including changes to
technology aspect. But often it should not be the first thing that changes.
Business Strategy Document should include:
o Affected capabilities, their current and target performance and timeline by when these targets must be achieved.
Goal of the Workshop
Customer: Strategy Owner: VP of HR and peers are all VPs
Contributors: Direct Reports and Mid Managers, capability owners
Skills Required: Open CA Level 2 – background in specific capabilities affected,
Why: Business Case – two purpose: execute the right strategy and execute it right (how will I know what is in scope,
out of scope, etc.)
Deliverables:
o For each Capability: define Business – process and people, Information, Data, Application, Infrastructure As-Is
and To-Be
o Integrate dependencies within the strategy
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o Transition Plan – Ideal and Pragmatic
o Required Resources and Cash flow
o Portfolio of Projects Submission
o Quick Win:
Senior management make decisions along the way: help them make the right choices.
Deliverables
Reference to TOGAF
• ADM – elicit and process architecture requirements
• Continuum – discover if architecture for a required capability exist
• Content Framework – how to document
• Skills Framework – how to assign the right architect and manage the architecture delivery process
In our example we have four capabilities that must work together to deliver the overall business benefits:
Industrialize EBP
Learning Organization
Real-Time Capability Performance Measurement
Engaged Patient and Family
Workshop Output
Fundamentals of a Learning Organization
[as an EA you must know something about the capability before you can start architecting. Research skills are key]
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Learning Organizations are organizations where people continually expand their capacity to create the results they truly
desire, where new and expansive patterns of thinking are nurtured, where collective aspiration is set free, and where people
are continually learning to see the whole together.
The dimension that distinguishes learning from more traditional organizations is the mastery of certain basic disciplines or
‘component technologies’. The five dimensions that Peter Senge identifies are said to be converging to innovate learning
organizations; they are:
1. Systems thinking: it is concerned with a shift of mind from seeing parts to seeing wholes, from seeing people as
helpless reactors to seeing them as active participants in shaping their reality, from reacting to the present to
creating the future
2. Personal mastery: it is the discipline of continually clarifying and deepening our personal vision, of focusing our
energies, of developing patience, and of seeing reality objectively’
3. Mental models: The discipline of mental models starts with turning the mirror inward; learning to unearth our
internal pictures of the world, to bring them to the surface and hold them rigorously to scrutiny. It also includes the
ability to carry on ‘learningful’ conversations that balance inquiry and advocacy, where people expose their own
thinking effectively and make that thinking open to the influence of others
4. Building shared vision: The practice of shared vision involves the skills of unearthing shared ‘pictures of the future’
that foster genuine commitment and enrolment rather than compliance. In mastering this discipline, leaders learn
the counter-productiveness of trying to dictate a vision, no matter how heartfelt.
5. Team learning: The discipline of team learning starts with ‘dialogue’, the capacity of members of a team to suspend
assumptions and enter into a genuine ‘thinking together’.
Reference: Senge, Peter, The Fifth Discipline, 1990.
Architecture Requirements
Capability: Learning Organization
Capability Performance Measures
o # of Improvement Opportunities submitted and improved /staff [staff engagement index] 0
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o Time and Cost to review each suggestion and linked to projects 0
o # of projects delivered on-time and on-budget and to scope
o Business Results : [planned vs. actual]
o Quality of Decision Information at each phase gate
Since architecture for a strategy is completed at conceptual level of detail, therefore architecture requirements must be
at conceptual level of detail. To elicit conceptual level architecture requirements, identify stakeholder who can tell you
what prevents the Learning Organization capability to perform at desired level. Typical Stakeholders for conceptual level
of detail are Direct Reports of the capability owner and his/her peers. Sample example:
Stakeholder Architecture Requirement – obstacles
Sales and
Marketing
HR put a suggestion box in the cafeteria a few years ago, I am
still waiting for somebody to talk to me about my suggestion.
IT Apps Manager It looks like make work activity, I have real work that needs t get
done
Even if I made a suggestion it will go no where
Lean Sigma
Manager
If we actually implemented this, we will get thousands of
suggestions, and we won’t know what to do with them.
Note: typical set of architecture requirements are in 100s. Often these requirements conflict with each other. It is the
architect’s responsibility not to be satisfied with an architecture that is a compromise among conflicting requirements, but
transcend them to define a new opportunity space. Remember – one of the deliverables of architecture is to truly understand
what the real obstacles are.
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Develop Architecture
Business Architecture
[Process, people and process
performance and impact of
improved process on the desired
outcome]
Use TOGAF ADM to process
architecture requirements. We
may use more than one ADM
phase to process a single
requirement. Example – in phase
B, business architecture and
required performance indicators
may propose a process flow,
however organization readiness in
Phase E may not be able to
support the new process.
Business Architecture Artifacts:
Swim lane – diagram with
roles, process description
Performance of each process
# of people within each role, organization design
Example of a swim lane diagram:
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Data Architecture
Entities and their relationship – OLTP
and OLAP
Data Conversion mapping and
Strategy
Data Management Life cycle
Capability performance data
Example of entity relationship for OLTP
Application Architecture
Typical Artifacts are
Process view
Place view
Time view: synch, latency
Interoperability
People view
Example: Place view
Notice the similarities between the application and infrastructure artifacts.
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Application Interoperability Model
Degree 1: Unstructured Data Exchange
Degree 2: Structured Data Exchange
Degree 3: Seamless Sharing of Data
• 3A: Formal Message Exchange
• 3B: Common Data Exchange
• 3C: Complete Data Exchange
• 3D: Real-time Data Exchange
Degree 4: Seamless Sharing of Information
App – Gateway
Server
NODR LDAP CM
App –
Gateway
Server
WS call
NODR
LDAP
3
CM
3 3 3
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This model is particularly very useful when you model the entire application suite as we will do in SIB – WS4
Infrastructure
Physical installation of each component
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Gaps and Transition Plan
[After you completed the business, data, application, technology architecture for each capability, then aggregate all the gaps]
Gaps Summary
Capability Gap Impact on the Outcome
Transition Phase
Learning Organization
People do not believe that there
suggestions will be reviewed, looked at
and/valued
There will be very few
suggestions
Phase 1
There is no effective org structure make
learning org structure sustainable
Cannot sustain over
the long haul.
Phase 1
Industrialize EBP
Real-Time Capability Performance
Measurement
Engaged Patient and Family
Develop Ideas on how to address these gaps. Group changes into following three broad categories:
People’s behaviour change without changing process and technology
Process change without changes in technology
Technology Change
Solutions
Learning Organization
o learning organization principles embraced by the CEO
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o develop process that can handle what CEO is learning and actively engage the people
o make the suggestion portal visible to all – suggestions are entered by the CEO learned through management by
walking around
o scale the system
o CEO continues on the management by walking around
Real-Time Evidence of Performance
o Portal of suggestions and their status visible. Recognize impact the resulting projects made
Overall Dependencies
[All the work translates into
one pager]
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The transition plan, often includes investment Plan – cash flow
Check List of Deliverables
• For each Capability: define Business – process and people, Information, Data, Application, Infrastructure As-Is and
To-Be
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• Integrate dependencies within the strategy
• Transition Plan – Ideal and Pragmatic
• Required Resources and Cash flow
• Portfolio of Projects Submission
• Quick Win:
• Senior management make decisions along the way: help them make the right choices.
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262
Chapter 8: Business Transformation Templates and
Samples
“There are no secrets to success. It is the result of preparation, hard work, and learning from failure”.
Colin Powell
Abstract
Templates and samples are containers of information and what they need to
convey is meaningful insight into the business decisions that need to be
made. This section contains templates and samples of deliverables and
artifacts that are commonly created to support the Business Transformation
capability.
The list presented is a work in progress and will be added to and updated
over time.
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Templates for Deliverables and Artifacts
A common request made by those doing the Business Transformation work is for templates and samples to capture the
necessary information needed to further develop the required transformation. Templates and samples are just containers of
information. When it comes to making decisions to further the transformation, the most important priority is to provide
meaningful and sufficient information for the immediate decision point.
As an illustration of sufficient information quality, consider an organization that wishes to augment their existing social media
capability to a larger target audience. The value that this would provide the organization was estimated to be an increase in
revenue of $10 million after the first year. Senior management would like further information about the cost to realize this
value and have requested that this information be provided within 3 days. Given this timeframe, we will not be able to
estimate the total cost within 10%; the decision point is not to implement the changes but to determine if we have a valid
business case for further exploration.
In this timeframe, with the right expertise and knowledge of what is possible, we can estimate that the cost to the organization
in obtaining the value to be between $8-10 million with an expected cost of $8.5 million. On the surface, this initiative has
adequate assurance of being viable (value is greater than cost) and increased investment to further the information quality –
such as creating a pragmatic roadmap – may be requested. If we had attempted to create a pragmatic roadmap, we would
not be able to complete one within 3 days and we would not meet the expectations of senior management.
For these reasons, knowing the required information needed for the business decision will be the guide to the quality of
information that we provide to our stakeholders and decision-makers.
The following templates and samples are provided to give the reader an understanding of what is produced throughout the
capability life cycle.
Notes for the following table include:
“DEL” indicates a deliverable, information that can be shared with decision-making and consulted stakeholders
“ART” indicates an artifact, information that can be understood by Business Transformation Professionals that support
the information provided in the deliverable
G”X” where “X” stands for the phase the deliverable/artifact is created; “X” can have a value of 0 to 3
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264
Table 33: Documents that are typically produced during the Capability Life Cycle
Document Description Template Sample
Work that starts at G0
1 DEL.G0.01: Organization Vision and
Strategic Intent
Captures the Architecture Vision and how it
relates to the Strategic Intent
DEL.G0.01_T
EMPLATE
DEL.G0.01
_SAMPLE
2 ART.G1.01: Value Chain and
Enterprise Capabilities
Describes the components of the capability
and value chain.
ART.G1.01_T
EMPLATE
ART.G1.01
_SAMPLE
3 DEL.G1.01: Enterprise Capabilities
This document defines the Enterprise’s
capabilities and establishes how their
performance affects the business outcomes
DEL.G1.01_T
EMPLATE
DEL.G1.01
_SAMPLE
4 DEL.G1.02: Business Strategy and
Capabilities Map
Provides understanding of how the Enterprise
Capabilities achieve Business Strategies
DEL.G1.02_T
EMPLATE
DEL.G1.02
_SAMPLE
5 DEL.G1.03: Strategy Quality Checklist
Determines if the Strategy captures the
needed elements
DEL.G1.03_T
EMPLATE
DEL.G1.03
_SAMPLE
Work that starts at G1
6 ART.G2.01: Capability or Strategy
Transition Architecture
Provides a conceptual level of detail ART.G2.01_T
EMPLATE
ART.G2.01
_SAMPLE
7 DEL.G2 .01: Architecture Definition
Document
Provides definition to contextual and
conceptual architecture
DEL.G2.01_T
EMPLATE
DEL.G2.01
_SAMPLE
8 DEL.G2.02: Transition Plan and
Business Case
Captures content required for G1 Phase
Gate work start
DEL.G2.02_T
EMPLATE
DEL.G2.02
_SAMPLE
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265
Document Description Template Sample
9 DEL.G2.03: G2 Phase Quality Checklist
Provides an active assessment of the current
roadmap in its ability to be realized
DEL.G2.03_T
EMPLATE
DEL.G2.03
_SAMPLE
10 ART.G2.02: Views of a Conceptual
Architecture
Provides the views needed to express a
logical architecture
ART.G2.02_T
EMPLATE
ART.G2.02
_SAMPLE
Work that starts at G2
11 ART.G3.01: Transition Architecture for
G2 Start Projects
Describes the transition points and state of
the capability that needs to be achieved.
12 DEL.G3.01: Projects Charter and Plans
Describes the projects and plans needed to
realize the necessary capability
improvements.
13 DEL.G3.02.xx: System Development
Life Cycle Deliverables
Describes content need to develop the
required logical architecture. Examples of
this content are information typically
contained in the BRD, Function and Technical
Specifications and so on.
DEL.G3.02.b
rd_TEMPLAT
E
DEL.G3.02
.brd_SAMP
LE
14 DEL.G3.03: Change Request
Describes the needed change that needs to
be implemented.
DEL.G3.03_T
EMPLATE
DEL.G3.03
_SAMPLE
15 DEL.G3.04: Change Management
Quality Checklist
Describes the quality factors that need to be
assessed to determine the information
quality available to implement the change.
DEL.G3.04_T
EMPLATE
DEL.G3.04
_SAMPLE
Work that starts at G3
16 DEL.G4.01: Capability Performance
Governance
Describes the capability performance as
needed for governance of the capability in
the production environment.
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266
Document Description Template Sample
17 DEL.G4.02: Performance Metric and
Continuous Improvement Plan, CBP
Capability Maturity Assessment [live
document]
Provides the capability performance metrics
over time and the governance actions and
decisions that have been made to enable the
capability to continue in providing value.
Continuous Planning Work Products
18 DEL.P.00: Opportunity/Idea
An innovation submission.
19 DEL.P.01: Value Statement
The value that needs to be realized by the
existing capability.
DEL.P.01_TE
MPLATE
DEL.P.01_
SAMPLE
20 DEL.P.02: G0 Work Plan
The activities that need to be performed at
the Strategic level.
21 DEL.P.03: G1 Work Plan for G1 Phase
Gate Start
The activities that need to be performed at
the G1 Phase.
22 DEL.P.04: G1 Work Plan
The activities that need to be performed at
the G1-G2 Phase.
23 DEL.P.05: G2 Work Plan
The activities that need to be performed at
the G2-G3 Phase.
24 DEL.P.06: G3 Work Plan
The activities that need to be performed at
the G3-G4 Phase.
Next Steps
267
Next Steps
1. Gain hands-on experience and skills from the classroom; find out more about how to execute Business Transformation
services from our training courses:
Advanced Applications of TOGAF® and Enterprise Architecture: http://www.qrs3e.com/landingpages/togaf.html
Advanced Applications for Enterprise IT Architecture: http://www.qrs3e.com/landingpages/eait.html
Advanced Applications for Business Architecture: http://www.qrs3e.com/landingpages/eba.html
2. Join our LinkedIn Community to participate in our discussion and gain new insights
Business Transformation made straight forward
If you liked this book, feel free to share it and distribute it to anyone else that will benefit, you can also reach out to us at:
http://qrs3E.com
Thank You!