Keeping up with demand in 2018 - Vita Enterprise Solutions · According to the Deloitte Centre for...
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Keeping up with demand in 2018A Guide to New Technology Solutions for Healthcare Professionals
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Great healthcare outcomes can be gained from ICT
1 http://www.irma-international.org/viewtitle/42704/
In this time of incredible advancements in
medicine, we can expect to live longer and feel
healthier thanks to improved treatments and a
better understanding of the human body. But medical
breakthroughs take years to become reality, and
research and testing can cost hundreds of thousands
of dollars (or more) before the advancement can
make any impact.
This is where advancements in technology can make a
faster and more immediate difference.
Faster access to better information can generate
improvements across a community, leading to
reduced healthcare costs, better outcomes, and a more
productive society. ICT improvements such as cloud-
hosted applications and installing quality computer
hardware for staff can:
• Improve the accuracy of analysis and treatment
of symptoms
• Make emergency treatment faster and ongoing
care more efficient, through securely shared
patient information
• Boost productivity and job satisfaction for
healthcare workers – resulting in less sick days
and better focus on the patient, by removing
labour intensive and repetitive IT processes
through easier to use applications
However, there’s a lot to consider before implementing
new ICT solutions into existing healthcare systems.
According to an IRMA International report on
technology in healthcare:
Accuracy, validity, confidentiality, and privacy of
healthcare data and information are key issues that
must be addressed for successful implementation
of technology1.
This whitepaper examines the pros and cons of ICT
and telecommunications improvements in a healthcare
environment, to assist managers to make more
informed decisions.
Improve accuracy
Boost productivity
More efficient
care
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Better software, hardware, or both?
Most medical facilities are run as a
business – often with ‘best value’ or
‘cheapest price’ at the core of ICT
decision making.
This ethos also tends to carry over to the equipment
and software lifecycles, with many facilities
stretching the usability of these items well beyond
the payback or lease period, and choosing to tolerate
the support requirements and inconvenience of
older technology, rather than spend money on
improvements.
But the impacts of outdated IT systems can range
from a considerable number of small issues (that
add up to a lot of lost time and money), through
to significant problems that can contribute to
malpractice and/or loss of life.
If you’re contemplating an upgrade, you need to ask
the right questions before making any decisions:
1. Software improvements – Can the current
hardware systems, network and internet
connections handle new software or cloud
services?
2. Hardware improvements – What is involved
in an upgrade? How can I minimise any
disruption? Will it deliver benefits, such as
ease of use for staff?
3. Training - What is required to get staff up to
speed on the applications or use of hardware?
We know from experience that with good guidance
it’s possible to find a balance between cost and
capability that maximises health outcomes without
blowing the budget.
2 https://www.gartner.com/smarterwithgartner/free-up-it-infrastructure-costs-to-fund-transformation/
With international technology research firm Gartner predicting that “75% of businesses could reduce their IT running costs by 25% or more”2 with scrutiny of their IT environment, it makes sense to take a look at the options available to you.
Hardware improvements
Training
Software improvements
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Medicine and the cloud
Up until recently, the only option available
to healthcare providers for EMR software
(Electronic Medical Records) was to buy
‘on-premise’ installations along with the associated
hardware, installation and support required to
manage it.
But when patient information is siloed in this way,
it’s not easily available to the patient or other treating
professionals. Your clients are already able to securely
access vital services like banking on a 24/7 basis, and
they expect that their file should also be accessible by
whomever they authorise when and where required.
Secure cloud technology can change all of this.
By utilising ‘as-a-Service’ cloud technology such as
software, it becomes simple to rapidly improve services
by shifting from a capital intensive, on-premise software
model to an easily accessible cloud service based model.
According to the Forbes Technology Council:
The cloud is transforming healthcare by providing
on-demand access to IT resources -- including
applications, storage, compute resources, etc. --
without the need to deploy and manage any software
or hardware. These cloud services can be accessed
from anywhere, while additional capacity can be
added or scaled back as needed.3
There is already a strong shift to cloud in the healthcare
industry, with CloudTech reporting that $3.73 billion
was spent on cloud services by the sector globally in
2015 and a projected $9.5 billion by 20204.
As a result, high quality cloud-based EMR software is
now available from a multitude of vendors that cater
to hospitals, medical clinics, and aged care facilities.
With secure access available from anywhere at any
time, collaboration amongst the patient’s treating
professionals can be better managed, resulting in better
outcomes for the patient, and time-saving management
of client files.
In addition to improving efficiency and collaboration,
the healthcare industry’s move to cloud-based
information and record keeping models can also
deliver great benefits to patients including:
• More dynamic interaction between treating
physicians and patients, due to advancements
such as active digital healthcare alerts and
wearable technology
• Real-time access to records that give patients and
healthcare professionals a better view of their
own health (as well as real-time population
statistics)
• Better ownership of records – patients can actively
take control over their health and progress
Overall, cloud based technology will drive huge
improvements in healthcare over the coming years, as
long as security and patient confidentiality is managed
well by vendors.
Whilst the move to cloud may seem daunting,
the results are likely to be highly rewarding from a
consumer, cost and efficiency perspective.
3 https://www.forbes.com/sites/forbestechcouncil/2017/06/13/how-the-cloud-is-transforming-healthcare/3/#611905d02d224 www.cloudcomputing-news.net/news/2016/jun/27/why-healthcare-industrys-move-cloud-computing-accelerating/
Real-time access
Better ownership
More dynamic
interaction
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The risks and costs of implementing new ICT
With any new ICT implementation project,
there are likely to be some issues to be
overcome, along with a requirement for
initial and possibly ongoing training.
Whilst a good supplier will comprehensively plan
the changeover to minimise issues and downtime,
it’s important to talk with them at length about your
business processes and requirements first.
A well-chosen cloud or hardware system will bring
fantastic benefits to a business through greater
efficiency and ease of use, however a poorly chosen
system could bring additional costs and frustration (or a
potentially expensive ‘roll-back’ of technology).
For facilities that would prefer to avoid affecting
their business, the introduction of secure cloud EMR
applications and cloud-based productivity tools will
deliver seamless service, as any future hardware
upgrades and changes can take place easily off-site.
In some cases, a small-scale trial or partial transition
could be considered for ease of transition, and a quality
ICT partner should be able to assist to minimise or
eliminate any downtime.
Managing costs Many IT implementations these days follow an ‘opex’
(operational expenditure) model, replacing significant
upfront capital expenses (capex) with monthly or
quarterly fee payments instead.
This can improve ongoing cash flow, whilst still allowing
for full expenditure write-downs from a tax perspective.
Again, good quality consultancy from an experienced
ICT partner can ensure that these costs remain within
your budget.
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Implementation: a success strategy
Successfully implementing a new IT solution, be
it hardware, applications, telecommunications
or any combination of these, should be a
simple, staged process.
First and foremost, your patients’ continued care should
be paramount to any upgrade. By talking with your ICT
supplier about your business requirements and expected
timeframes, a carefully considered plan can be produced
to cover off any eventualities.
This plan should include a range of considerations:
• Analysis of commercial risks during
implementation, and how to manage them
should they arise
• Backups – how are they to be performed and can
they be relied upon for recovery post installation
• Staging – is a staged approach going to be used or is
everything going to be installed and switched over
at the same time?
• Testing to ensure that everything is running as
intended
• Staff training to ensure continuity of patient care and
business functions
• Implementation review to ensure that all services are
installed and operating as intended
The benefits of a technology upgrade can be immense,
especially in instances where better, faster or more
comprehensive care can be provided to patients.
A successful implementation just comes down to choosing
the right technology to improve your processes, and a
quality supplier to make it happen as seamlessly as possible.
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Until now, patients haven’t been able to self-
monitor their health with any real level of
accuracy.
However, the healthcare landscape is changing
fast and it’s empowering individuals to care for
themselves in ways not imagined 10 years ago.
From smartphone cameras that can measure
pulse oximetry, to bio-monitors with 24x7 alerts
that track critical health data, patients are using
technology to become more self-aware.
Patients are also investigating treatments to their
ailments online, and whilst a medical professional
is needed to accurately confirm a condition and
provide a treatment, patients are presenting for
treatment now better informed (and often with
better questions to ask).
These personal technological advancements aren’t
meant to replace the knowledge and experience of
trained medical professionals, but they can produce
better patient outcomes where medical professionals
have a more comprehensive set of information to
review.
5 https://www2.deloitte.com/au/en/pages/life-sciences-and-healthcare/articles/healthcare-and-life-sciences-predictions-2020.html
The future of healthcare
The ‘quantified self’ [patient]
has embraced prevention and is
devoting time, energy and money
to staying healthy. When ill, patients
demand specific treatments; they
are also willing, in part, to pay.
Patients are true consumers, they
understand they have options and
use information and data about
themselves and providers to get the
best treatment at a time, place and
cost convenient to them.5
The trend towards patients monitoring their health using
technology isn’t slowing down, so medical practitioners
need to consider ways that they can partner with
patients for a successful medical outcome.
According to the Deloitte Centre for Health Solutions’
report Healthcare and Life Sciences Predictions 2020:
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Biometrics and the 24/7 monitored patients of the future
Prior to new biometrical technology being
available to the masses, patients would
generally have no idea of their current health
status or sleep patterns other than ‘how they feel’.
Now, with advanced smart watches and phones,
patients can live-track their heart rates, blood oxygen
concentrations, activity levels, calorie usage and sleep
quality. And the market for these products is exploding.
Sales of lifestyle ‘wearables’ is expected to exceed USD
$4 billion in 2017, with growth expected to increase
by a further 35% by 2019.6
This technology certainly benefits the general
population in leading healthier, more active lives, which
reduces the pressure on the health care system.
The benefits really come into play for those of ill-health
who regularly see a doctor or medical professional for
treatment and review. With the ability to see instantly
if they’re experiencing tachycardia, low Sp02 counts
or blood sugar levels, they can be more proactive in
informing their physician, and provide life-saving
history information should their condition develop
into an emergency.
There is however a distinct difference between medical
grade monitors and consumer monitors.
Whilst many high-end consumer ‘wearables’ can provide
quite accurate measurements, they don’t necessarily
meet the stringent standards that dedicated medical
devices must meet. This is something that medical
professionals must always keep in mind when reviewing
patient sourced information.
The medical-standard device industry isn’t being left
behind though, with the market tipped to reach USD
$12.1 billion by 2021. This is mostly being driven by IoT
(Internet of Things) devices that are always connected,
providing constant data monitoring via the internet.
This includes technologies as varied as:
• Wearable ECG devices for monitoring heart rates,
skin temperature and blood oxygen levels in
cardiac patients
• Anti-SIDS devices that monitor blood oxygen levels,
body movement and breathing rates in infants,
alerting parents and carers when results are
of concern
• TENS devices or automated pain medication
dispensers that allow patients to live more
active lives
By utilising devices that compile information for
clinicians or alert them when vital signs change, patients
can receive more holistic, comprehensive care.
6. https://www.mpo-mag.com/issues/2017-06-01/view_columns/the-future-of-medical-wearables/
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7 http://medicalfuturist.com/top-vr-companies-healthcare/
8 http://www.grandviewresearch.com/press-release/global-augmented-reality-ar-virtual-reality-vr-in-healthcare-market
VR & AR in medicine
Another key growth area in medicine is the use
of Virtual Reality (VR) and Augmented Reality
(AR) technologies.
As humans rely heavily on sight to make decisions
about interactions with our surroundings, the fields of
VR and AR have immense possibilities. In medicine, VR
and AR have the ability to provide ‘hands on’ training
simulations that can help professionals and trainees
learn new techniques.
VR can offer immense training benefits, as experienced
surgeons can record everything from simple techniques
through to complex operations using 360o VR
cameras, that trainees can then watch and interact
with using VR visors. Through the use of advanced 3D
modelling software, a surgeon can upload an MRI scan
of a patient’s brain and rehearse a complex surgery
procedure using VR goggles, long before the operating
room is prepared.
Taken one step further, AR & VR can open the doors to
remote medicine, giving doctors and even surgeons
the ability to operate remote robotic apparatus from far
away, offering medical interventions without the time
and travel constraints.
Other applications of VR are improving patient welfare
during long or stressful stays in hospital by allowing
them to be visually and audibly immersed in a different
environment. VR could take them anywhere from diving
with whales, to walking in nature or even back to a
familiar environment, like their home.
This ‘immersive’ experience is especially helpful for
patients experiencing pain or discomfort, such as
chemotherapy or post-radiation treatments, as it can
provide a complete mental distraction before, during or
after treatment.
These exciting developments are just the tip of the
iceberg. According to a report compiled by Grand View
Research Inc, the global AR & VR healthcare market is
expected to reach USD $5.1 billion by 2025, meaning
that both applications and hardware that alter reality in
healthcare will soon become the norm.8
Studies have found that VR can reduce the
time that patients think about their pain
by 48%, compared to narcotics at just 10%.
It can also decrease the feeling of chronic
pain by 38%, compared to opioids at 16%.7
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Embrace, or hold off?
It’s the age-old technology debacle – spend
money making the current equipment / software
last longer, or upgrade to new technology?
If you’re reading this whitepaper, then it’s highly likely
that you’re considering some form of improvement
in your IT systems. Unless you’ve completed a full
revamp of your technology in the last 12 months,
there’s a significant chance that there will be
improvements that can be found after an IT audit.
A detailed audit performed by a healthcare literate
ICT supplier should give you a clear understanding
of where your strengths lie and what further
improvements can be made.
The questions you need to ask as a healthcare
provider are:
“Will an upgrade of our technology make our
facility run better?”
“Can we improve patient outcomes by using better
software?”
“Will our staff be able to do their jobs better after
this upgrade?”
If a technology upgrade (be it software, hardware, or
both) is available that will create improvements while
still remaining affordable, then it should be taken up.
Leading healthcare providers only stay that way
by continuing to offer a great service to their
patients, and maintaining a forward-thinking
commercial ethos.
Technology upgrades can take some work to
implement, but overall they’ll produce benefits that
will add to your bottom line in either savings or return
on investment.
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Vita Enterprise Solutions delivers ICT services,
support and expertise that transforms
organisations, enabling agile and efficient
operating environments.
As part of Vita Group, we draw on the insight and
expertise generated from over 20 years of servicing the
Australian market, and have built an enviable record of
technology and service delivery.
Our team of over 100 specialists becomes an integrated
extension of your own, saving you time and money, and
leaving your in-house resources free to focus on your
core business.
For more information on our healthcare solutions, or
to arrange an IT audit at your healthcare facility, visit
vitaenterprisesolutions.com.au.
Who is Vita Enterprise Solutions?