The document discusses the transformative potential of immersive technologies such as virtual reality (VR), augmented reality (AR), and artificial intelligence (AI) in various enterprise applications like training and operational planning. It highlights ongoing innovations and collaborations that aim to integrate these technologies across different levels of organizations, enhancing efficiency and decision-making. The authors outline key enablers and examples of use cases across multiple sectors, demonstrating the market's growth potential.

1. ENABLING
TECHNOLOGIES FOR
THE IMMERSIVE
TRANSFORMATION
Vinay Narayan, Vice President, HTC
Nirav Desai, Chief Technologist, Booz Allen Hamilton
AUGMENTED WORLD EXPO, SANTA CLARA, CA, MAY 31, 2018

2. INTRODUCTIONS
• Pioneering Enterprise applications of VR,
including training, mission planning, a integrated
solutions for security and operations
• Structured several deals connecting innovative
startups with large enterprises and governments
• Edge technology startup mentor
Nirav S. Desai
Chief Technologist
Strategic Innovation Group
Booz Allen Hamilton
Vinay Narayan
Vice President
Products and Operations
HTC America
• Led product management for first commercial
room-scale VR platform
• XR Ecosystem expansion and Enterprise
development
• XR and AI Board Member and Advisor

3. SINCE THE DAWN OF WRITING, WE HAVE BEEN 3D BEINGS
COMMUNICATING IN A 2D WORLD.
I M M E R S I V E T E C H N O L O G Y W I L L C H A N G E T H I S .
Bison cave painting from Altamira, Spain – Smithsonian.com

4. THE IMMERSIVE TRANSFORMATION PRESENTS A HUGE MARKET
POTENTIAL
GROWTH CATEGORIES IN VR
AI
FORECAST

5. Mobile Transformation
THE IMMERSIVE TRANSFORMATION
Earlier 1980 1985 1990 1995 2000 2005 2010 2015 2020 2025
Mainframe
Transformation
PC Transformation Immersive Transformation
intuitive, pervasive, &
natural computing
AI
Immersive
+

6. THE IMMERSIVE TRANSFORMATION WILL STRUCTURE AND
PROVIDE COHERENCE EMERGING TECHNOLOGIES.
B I N G O
IOT Smart Agents Gesture/Voice
Computer
Vision
AI
Gaze Tracking Wearables MoCap VR
Neuromorphic
Hardware
Cloud
Volumetric
Display
Free NLP Immersive ML
MR BCI Affective Tech Telepresence Big Data
Photo-
grammetry
Spatial
Mapping
AR Haptics 5G

7. THE IMMERSIVE TRANSFORMATION WILL STRUCTURE AND
PROVIDE COHERENCE EMERGING TECHNOLOGIES.
IOT/BCI/Wearables
Voice/Chatbots
Machine Intelligence
Status Quo Horizon 1 Horizon 3Horizon 2
VR Immersive Trans. Immersive Trans.
2018 ~2019 ~2020-2021 ~2022+
AR/MR
B I N G O
IOT Smart Agents Gesture/Voice
Computer
Vision
AI
Gaze Tracking Wearables MoCap VR
Neuromorphic
Hardware
Cloud
Volumetric
Display
Free NLP Immersive ML
MR BCI Affective Tech Telepresence Big Data
Photo-
grammetry
Spatial
Mapping
AR Haptics 5G

8. Hierarchy Individual Level Team Level Enterprise/Government Level
Technology
Enablers
• Individual and multi-user training
environments
• Room-scale VR, Location-based AR
• Multi-user, multi-location Mixed Reality
• Shared spatial mapping
• Multi-perspective collaboration
• Integration of real-time data
• Multi-dimensional visualization
LET’S MAP THE APPLICATION OF THESE TECHNOLOGIES AGAINST
VARIOUS WORK ACTIVITIES.
7
Operational/Front-line Activities
Technologies that workers will use day-to-day to perform their core business activities
Training Activities
Technologies that are used to train a workforce of front-line workers
Planning Activities
Technologies that are used by business decision makers to visualize data or inform decisions

9. Hierarchy Individual Level Team Level Enterprise/Government Level
Technology
Enablers
• Individual and multi-user training
environments
• Room-scale VR, Location-based AR
• Multi-user, multi-location Mixed Reality
• Shared spatial mapping
• Multi-perspective war gaming
• Integration of real-time data
• Multi-dimensional visualization
LET’S MAP THE APPLICATION OF THESE TECHNOLOGIES AGAINST
VARIOUS WORK ACTIVITIES.
8
Operational/Front-line Activities
Technologies that workers will use day-to-day to perform their core business activities
Training Activities
Technologies that are used to train a workforce of front-line workers
Planning Activities
Technologies that are used by business decision makers to visualize data or inform decisions
Virtual Reality Augmented Reality
Mixed Reality

10. Hierarchy Individual Level Team Level Enterprise/Government Level
Technology
Enablers
• Individual and multi-user training
environments
• Room-scale VR, Location-based AR
• Multi-user, multi-location Mixed Reality
• Shared spatial mapping
• Multi-perspective war gaming
• Integration of real-time data
• Multi-dimensional visualization
LET’S MAP THE APPLICATION OF THESE TECHNOLOGIES AGAINST
VARIOUS WORK ACTIVITIES.
9
Operational/Front-line Activities
Technologies that workers will use day-to-day to perform their core business activities
Training Activities
Technologies that are used to train a workforce of front-line workers
Planning Activities
Technologies that are used by business decision makers to visualize data or inform decisions
Virtual Reality Augmented Reality
Mixed Reality
IoT Integration
Advanced Headsets Volumetric Display
Eye & Gaze
Affective Comp.
Affective Comp.
Neuromorphic HW
Computer Vision
Multi-user RT Datafeeds
Gesture/Voice Cloud Immersive ML
Telepresence Affective Comp.
Cloud Immersive ML
Fiduciary MarkersSpatial MappingTrackers
Haptics Smart Agents
BCI MoCap
Spatial Mapping
Volumetric Display
Horizon 1 Horizon 2 Horizon 3
BCI 5G
Cloud

11. DIGITAL
ENVIRONMENT
ENHANCED
ENVIRONMENT
WHAT IS
IMMERSIVE
TECHNOLOGY?

12. DESIGN REVIEW / VISUALIZATION SHOWROOM
TRAINING LOGISTICS TRAINING / PLANNING / SIMULATION

13. WHAT IS AI?
ARTIFICIAL INTELLIGENCE ( AI) IS A RESEARCH AREA OF HOW
TO MAKE MACHINES THINK AND BEHAVE INTELLIGENTLY.
CV • Pattern Recognition & Computer
Vision
ML • Machine Learning
NLP • Natural Language Processing
ASR • Speech Recognition
ES • Expert Systems

14. IMMERSIVE AI EXAMPLES
13Booz Allen Hamilton Internal
AI.Solve’s Children’s Hospital LA
Trauma Center AI-based Training
Booz Allen uses computer vision to identify drone threats and Mixed
Reality to help security professionals secure high value targets.
ENFORCE
FIELDOPERATIONAL COMPUTER VISION
TO DETECT AND CLASSIFY THREATS
FOR RAPID RESPONSE

15. WHAT IS EDGE COMPUTING?
(LEVERAGE REMOTE I/O TO INFORM COMPUTING: IOT, BCI,
WEARABLES
Emotiv Epoc BCI Headset | emotiv.com
MS Kinect for Azure | Microsoft.com
Fitbit | fitbit.com
MIT's DuoSkin | Duoskin.media.mit.edu

16. IMMERSIVE EDGE COMPUTING EXAMPLES
Valorem’s HoloBeam uses computer vision to
detect a body frame and project a holographic
representation of a user across location.
Vive X accelerator graduate Neurable uses BCI
for a brainwave-controlled VR gaming.

17. HOW WILL THIS BE ROLLED OUT ACROSS THE ENTERPRISE?
16
NowFuture
TRAINING PLANNING OPERATIONS
Booz Allen is helping train airmen how to safely exit
a burning aircraft.
Osso’s Virtual Surgery helps surgeons, sales teams,
and hospital staff develop skills.
U.S. Army TRADOC is developing requirements for a multi-user, cross-
geography, multi-platform training/simulation environment.
HaptX’s haptic glove could help surgeons feel tactile,
pressure, and heat sensations to further the realism
of virtual surgery.

18. HOW WILL THIS BE ROLLED OUT ACROSS THE ENTERPRISE?
17
NowFuture
TRAINING PLANNING OPERATIONS
Dirtt Environmental is using VR to design building
interiors.
Booz Allen is working with the U.S. Navy to help
submariners plan their missions in VR.
Integration of CAD and Revit Models with IOT sensors will allow us to
model, run exercises, and monitor real environments in 3D.
Image: Jurassic Park
Several companies are already working on 3D
operations centers.
Image: James Cameron's Avatar

19. HOW WILL THIS BE ROLLED OUT ACROSS THE ENTERPRISE?
18
NowFuture
TRAINING PLANNING OPERATIONS
Raymond is working with Free Range Games to
develop immersive trainers to make forklift
operators more effective on the job.
Taqtile is using mixed reality to support 3D technical work
instruction for maintenance of industrial equipment.
3D telepresence drones will allow workers to perform
functions via robotics in dangerous environments.
Virtual teleconferencing through augmented reality will allow
collaboration across geography.
Image: LucasArts

20. KEY TAKE-AWAYS
19
@ V I N AY _ N A R AYA N
V P P ro d u c t a n d O p e ra t i o n s
H TC V I V E
@ N I R AV S D E S A I
C h i e f Te c h n o l o g i s t
B o o z A l l e n H a m i l t o n