Competitive Disadvantage Effect - Total · PDF fileCloud Backbone – Ciena Reference...
Transcript of Competitive Disadvantage Effect - Total · PDF fileCloud Backbone – Ciena Reference...
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Cloud 2.0 – What Will It Take?
Chris Janz – Senior Director, Strategic Marketing
March 29, 2011
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The Cloud Imperative
70¢ per $1Spend on IT Maintenance
& Operations
85%Amount of idle computing
capacity in typical data center
1.4xGrowth of IT professionals in
the next 10 years
44xGrowth of information in the
digital universe in the next 10
years
80%Amount of idle capacity in a
storage system
P&C as % of initial CAPEX
10%
75%
Escalating costs, complexity and inflexibility of traditional IT
infrastructure is creating a
Competitive Disadvantage Effect
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Cloud 1.0
Internet
Resiliency,Assured Proximity Provider
Internet
Optical
Provider
SaaS/AaaSPaaSIaaS
2010 Cloud Service Revenues
Business Process Services $57.9B
Application Services (SaaS) $7.6B
PaaS $0.1B
IaaS $2.6B
“What percentage of applicationswould you be comfortable sourcingfrom an external hosting services orhosted application provider?”
~ 75% of enterprises polled said either none, or 1-20%
Gartner – Forecast: Public Cloud Services,Worldwide and Regions, Industry Sectors, 2009-20142 June 2010
TheInfoProIT Roadmap Conference and Expo14 September 2010
Yet…
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Taking It Mainstream: Cloud 2.0
If you don’t want to draw an app from the cloud …
… then you want to run it on your own infrastructure.
The Cloud 2.0 challenge:
Putting “your own infrastructure” into the cloud
“Enterprise-Class IaaS”
Enterprise data center infrastructure, extended seamlessly into the cloud:
- on–demand and pay-per-use
- no infrastructure operational impacts
- no infrastructure performance impacts
- no infrastructure security impacts
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The Analysts Agree
� “IT organizations are stepping up their examination and exploration of cloud infrastructure. A small but growing number are beginning to to put cloud infrastructure components into their more mission-critical IT infrastructures…”
� “Enterprises are looking at cloud solutions that can integrate mission-critical applications in their data centers and private clouds, in a way that provides the processing flexibility of public cloud. Thus the hybrid is becoming the model of choice…”
�
Gartner – Forecast: Public Cloud Services,Worldwide and Regions, Industry Sectors, 2009-20142 June 2010
BTC Logic Ranks: Top Ten Cloud CompaniesQ2 2010
2009-2014 Cloud Service Revenue CAGR
Business Process Services 18%
Application Services (SaaS) 29%
PaaS 45%
IaaS 49%
Gartner – Forecast: Public Cloud Services,Worldwide and Regions, Industry Sectors, 2009-20142 June 2010
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Cloud 2.0 – Driving a New Infrastructure
Cloud 1.0
Internet
Resiliency,Assured Proximity Provider
Provider
Enterprise
Enterprise
Hybrid Cloud (Cloud Bursting)Virtual Private CloudInfrastructure Load Balancing
Internet
Optical
Optical
Provider
= “Cloud Backbone”
SaaS/AaaSPaaSIaaS
Cloud 2.0 Internet
The Key, New Networkfor Cloud 2.0
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Traffic on the Cloud Backbone – Machine Mobility (I)
• Move to new data center for geographic re-location
• Workload balancing of hot spot to less used capacity
• Application migration to higher capacity server• ~ 500 VMs @10 GB, 20 TB storage = 25 TB
• Move to new data center for geographic re-location
• Workload balancing of hot spot to less used capacity
• Application migration to higher capacity server• ~ 500 VMs @10 GB, 20 TB storage = 25 TB
Bulk VM Migration
• Take advantage of processing power for follow sun/moon locations
• End of period, peak load level need
• Burst capacity need
• ~ 100 VMs @ 5 GB, 10 TB storage = 10.5 TB
• Take advantage of processing power for follow sun/moon locations
• End of period, peak load level need
• Burst capacity need
• ~ 100 VMs @ 5 GB, 10 TB storage = 10.5 TB
Frequent, Periodic VM
Migration
• Disaster avoidance
• Reached server capacity limit, need immediate off-load
• Immediate new project
• ~ 50 VMs @ 5 GB, 1 TB storage = 1.25 TB
• Disaster avoidance
• Reached server capacity limit, need immediate off-load
• Immediate new project
• ~ 50 VMs @ 5 GB, 1 TB storage = 1.25 TB
Unplanned VM Move
• Change hardware platform (e.g. Sun to HP)
• ~ 10 VMs @ 2 GB, 500 GB storage = .52 TB
• Change hardware platform (e.g. Sun to HP)
• ~ 10 VMs @ 2 GB, 500 GB storage = .52 TB
Occasional VM Move
Data Time
Amount of …
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Traffic on the Cloud Backbone – Machine Mobility (II)
Bulk VM Migration
Frequent, Periodic
VM Migration
Unplanned VM Move
Occasional VM Move
Data Time
Amount of …
Largest job takes days even with fast networks
Small job still needs 40-100 Mbps network to get done in less than two days
+
+
+
+
Value of fast network to quicklyrespond to urgent needs
Note: assuming 80% of rated speed, no bw degradation
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Defining the Cloud Backbone
� Must support rapidly scaling machine-to-machine traffic with:
Large bandwidths, cost-effectively
High and assured connectivity quality
Low, “managed” connectivity latency
Connections from a “pool of bandwidth” in response to transient drivers
� The ideal paradigm: Dynamic Packet Optical Infrastructure
Large bandwidths at lowest cost: leverage OTN, optical Layers
Best connection quality, latency: leverage OTN, optical Layers
Bandwidth “in a pool” – OTN, optical core mesh
“Cloud OS-driven” connections from the pool
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DC Ethernet & Storage Network
DC Ethernet & Storage Network
Cloud Backbone – Ciena Reference Architecture
CBE - Cloud Backbone Edge
CBA - Cloud Backbone Aggregation
CBC - Cloud Backbone Core
Enterprise Data Center
Enterprise
Office
CBECBE
DC Ethernet & Storage Network
CBE
AccessConnection Any Metro
CBC
CBC
CBC
CBC
CBA
Provider Data Center CBE/
CBA
Provider Data Center
CBE/CBA
CBC
Cloud Backbone Operations Controller
Backbone Connectivity Operations
Enterprise Cloud Operating System
Enterprise DC Infra Operations
Provider Cloud Operating System
Cloud InfraServices
NetworkServices
Provider DC InfraOperations
CBC
Ethernet
OTN / λλλλ
Dynamic OTN / λλλλ
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Come See It Soon!
MW11 – Cloud Network Elasticity
TMForum World Congress, Dublin, May 23-26, 2011
Demonstrate an enterprise-class hybrid cloud computing service and infrastructure.
Run a real, “tier 1” enterprise computing application driving burst demand into the cloud.
Self-serve, on-demand; full order-to-cash process.
Fully coordinated, dynamic infrastructure resources – specifically including a dynamic infrastructure provider
network as cloud backbone.
Load balancing among provider data centers.
Deutsche Telekom T-Systems CienaCommonwealth Bank of Australia InfonovaZimory Layer 7
TMForum Catalyst Project
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Tackling Cloud 2.0 – Attacking the Big CIO $$$
Focus now on the design and operationalization of the
Cloud Backbone
Lay a dynamic and scalable infrastructure foundation for
Cloud 2.0 services
Service providers must:
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Thank You!