Scott Brown, Vice President, Enterprise Segment, Asia Pacific and Japan 4 December 2014

Accelerating the Digital Journey with the Internet of Everything

Agenda §  What is IoT and IoE?

§  Why does IoE matter now?

§  The connectivity challenge

§  Questions from you for our

distinguished panel

Industrial Revolutions

Internet of Things

Steam Railroads Internet Electricity Canals

Intelligent Network

Internet of Things

Process

Data Things

People

compound impact of intelligent connections

Internet of Everything

7.2 7.6 6.8

World Population

The Internet of Everything is Already Here

50 Billion “smart objects”

50

2010 2015 2020 0

40

30

20

10

25

12.5

Inflection point

Source: Cisco IBSG, 2011

Bill

ions

of d

evic

es

Timeline

PROCESS MANUFACTURING ENERGY

TRANSPORTATION CITIES RETAIL

Operational Efficiencies

Smarter Business Process

Economic Growth

Safety and Security

Regulatory Compliance

Workforce Optimization

Transforming Business and Society US Dollars

Declining Costs Over Time

1000

4 8 12 0

100

10

16 20 24

y

x

Storage ($/bit)

Computation ($/transistor)

Wide-Area Communication ($/

bit/s)

Computation

Storage

Communication

IoT Requires Distributed Computing

Traditional Computing Model (Terminal-mainframe, Client-server, Web)

End Point

Data Center / Cloud

End Point

Data Center / Cloud

IoT Requires Distributed Computing

IoT Computing Model (Data Volume, Security, Resiliency, Latency)

Data Center / Cloud

Device

Fog

Wide Diversity of Connected Solutions

Domain specific applications

Domain specific and/or proprietary devices and protocols

Electric Metering

PLC

Train Control

220 MHz

Street Parking

Wi-Hart

Environmental Monitoring

800 MHz

IP Connectivity

of the World is Still

Not Connected

Amazing Things Happen When We Connect the Unconnected

Navin Agarwal, Managing Partner, KPMG

Tarun Kumar Mishra, CEO, Covacsis Technologies

Dinesh Kumar Pande, Director (Exploration), ONGC

Our Panelists

Discussions and Questions

Option 1