Digital RealityTM changes everything · AR unlocks new inroads to patient-centric care by: •...

Digital RealityTM

changes everythingStep into the future

F E B R U A R Y 2 0 1 8

2 | Copyright © 2018 Deloitte Consulting LLP. All rights reserved.

What are we talking about?

Virtual Reality Augmented Reality

“VR” is an entirely digital world that completely immerses the

user in an environment to see objects or places, or perform

actions that would otherwise be cost-prohibitive or impossible.

“AR” is the overlay of digital information on the real world, such

as objects projected into the environment of the user, allowing

physical interaction with digital data.


The hype is waning, and real opportunities are here

INNOVATION

TRIGGER

PEAK OF INFLATED

EXPECTATIONS

TROUGH OF

DISILLUSIONMENT

SLOPE OF

ENLIGHTENMENT

PLATEAU OF

PRODUCTIVITY

IoT Platform

Smart RobotsBlockchain

Machine LearningAutonomous Vehicles

Natural-Language

Question Answering

Augmented

RealityVirtual

Reality

Time

Expecta

tions

Gartner Hype Curve, 2017

43% A.I.

AR in 2016

55.71% CAGRAR

VS23% IoT

19% Cloud

VR 412% growth in sales

AR/VR spending is expected to accelerate over the next several years, achieving a compound annual

growth rate (CAGR) of 198.0% over the 2015-2020 forecast period and totaling $143.3 billion in 2020.


How is the Life Science/Healthcare industry using AR/VR?

Care providers use

AR headsets to

reduce EHR charting

burden by 80% via a

remote scribe

Nurses improve

ability to cannulate

by 81% with AR vein

detection

Patients are using VR

as a new way to

address mental health

with immersive

experiences

Pharma manufacturers

are using AR to reduce

mistakes in production

and increase

compliance along the

supply chain


VR for Stroke Rehabilitation

• In a pilot study published in the Journal of NeuroEngineering

and Rehabilitation, researchers in Switzerland investigated the potential use of a

VR-based stroke rehabilitation training targeted to the upper motor limbs.

• Overall, this pilot study demonstrated the ability of VR-based treatment to provide

efficient training sessions, as the efficiency rate (relation between time of

therapy session and time in active therapy) was 86.3%.

VR is Transforming Pain Therapy

• University of Washington researchers partnered with various burn clinics to

create VR simulations of soothing environments for patients who were too

young to receive morphine treatments for 3rd degree burns.

• In clinical trials, all but one patient reported reduced pain by up to 60-75%,

while morphine-prescribed patients typically report a 30-50% reduction in

pain.

AR in Surgery / VR for Education

• Lucile Packard Children’s Hospital is using AR to combine images from

MRIs and CT scans into a 3D model that surgeons can see and manipulate.

• 3D aspect aids surgeons’ planning and improves surgical accuracy, with the aim

of producing safer procedures and enhanced choreography.

• The Virtual Heart program is helping train residents, assist surgeons in

planning cardiac procedures, and educate patients & families on

congenital and other heart defects.

AR for Electronic Health Records

• Augmedix simplifies how physicians work with their EHR by utilizing remote

scribes to complete patient notes in real-time.

• Allows doctors to interact with patient’s medical records hands-free using voice

commands and Google Glass.

• Physicians can populate notes, forms, fields, and dropdowns in the EHR without

being in front of a computer as well as have patient information delivered right to

the device. This service can save doctors more than 10 hours per week,

enabling them to focus more time on care with more patients.

A few success stories


AR technology augments

the physician workflow

with additional capabilities

that may result in:

• Improved care delivery

and patient outcomes

• Lower physician burnout

• Increased patient

throughput

• Enhanced workforce

connectivity

• Reduced administrative

burden

Experiential VR content opens

new doors for scalable, low

cost:

• Exposure therapy for

mental health

• Pain therapy

• PTSD intervention

• Amputee ‘phantom limb’

treatment

• Opioid Addiction therapy

AR/VR education is

transformative because of its

ability to:

• Introduce realistic 3D

simulations of complex

surgical environments

• Replace the reliance on lab-

based or cadaver-based

learning

• Create VR recordings of

surgical procedures that can

be used for training

• Offer asynchronous and

geographically separated

learning opportunities

AR/VR provides solutions

for bio/pharma

manufacturers with:

• HUD work instruction to

prevent production

errors

• VR training for sensitive

material production and

transport

• AR/IOT enabled

logistics for reduced

supply chain cost

Physician/Clinician

Assistance

Educational

BreakthroughsSmarter

Supply Chain

New

Treatments

What are the core value drivers of the technology?

Patient

Experience

AR unlocks new inroads to

patient-centric care by:

• Creating an immersive

medium for in-hospital

physician/patient

interaction

• New abilities to deliver

virtual health

• HUD capabilities for the

caregiver allow for more

tailored patient visits

• New capabilities for

education / compliance


We’re already driving real-world impact

1 | Data Visualization

Use a 3D image to visualize

anatomy and view MRI, CT,

EEG, and Tractography

data

2 | Gesture Control

Use hand gestures to

manipulate image via

translation, rotation and

resizing

3 | Density and Transparency

Thoroughly investigate datasets with

density and transparency controlsMaking critical information available to surgeons when it matters most – in the operating room.

With this technological advantage, surgeons and residents can display

images with previously unapparent anatomical details and visually plan their

surgical intervention, explore the patient-specific anatomy, and refine their

procedural choices while in the procedure, without risking contamination.


What are the challenges facing Healthcare AR/VR?

The “CMO vs CFO”

`

Cross-Party

Collaboration

Smart Design and

Real Utility

Core Technology

Maturity

“2015-2018 identified key barriers to adoption that 2018-2020 will focus on

solving – unlocking more use cases and adoption across the Life Science

and Healthcare industry”


AR implementation will require some key considerations

1

2

34

5

What are the Opportunities?What is the range of AR

applications and in what sequence

should they be pursued?

Product DifferentiationHow will AR reinforce

an organization’s

product differentiation?

Cost EffectivenessWhere will AR have the greatest

impact on cost reduction?

Talent and Resources Should the organization make

AR design and deployment a

core strength or will outsourcing

or partnering be sufficient?

Role in Communications How will AR change

communications with

stakeholders?


AR/MR Technology Ecosystem

Consumer Enterprise

SDK/EngineDistribution

SpatialLightfield Eye Tracking


VR Technology Ecosystem

Consumer Enterprise

SDK/EngineDistribution

360 CaptureVolumetric/Lightfield Foviated Tracking/Rendering


Further Materials

Link:

vimeo.com/243242473/password

Password: Greendot1

Deloitte Holographic

Medical Imaging

Link: https://goo.gl/gKhXL9

Accuvein AR Augmedix Overview Deloitte VR Training

Link: https://goo.gl/5BjAJd Link:

https://vimeo.com/252901729

Password: Greendot1

Digital RealityTM changes everything · AR unlocks new inroads to patient-centric care by: •...

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