The document discusses the Internet of Things (IoT) and its potential to build a smarter world by connecting things and people. Some key points: 1) IoT involves connecting sensors to the internet to collect and analyze data, enabled by advances in sensors, computing, cloud/big data, and wireless networks. 2) Building large-scale IoT systems is challenging due to issues like security, device management, and integrating different wireless technologies and protocols. 3) Examples are given of how IoT is being used for applications like equipment tracking, energy monitoring, supply chain management, and wind energy analytics to reduce costs, increase revenues, and provide new data-driven services.

1. Internet Of Things
Building a Smarter World
Naveen Sabapathy
President, Nimble Wireless

2. History
MOSAIC
1993
Popular
Internet

3. Internet of Things
Connecting
People
INTERNET
Connecting Things
and People
20+ years

4. Scale of Things

5. What matters ?
Number of Devices does not matter
Intelligent Solutions matter

6. Looming Opportunity
Consumer
Industrial
Environment
Medical
Retail
Military
Agriculture
Automotive
IoT

7. IoT : Business Drivers
Cost reduction Revenue Increase Compliance
New Business Models

8. IoT Drivers
Sensors and
Computing
Cloud and
Big Data
Wireless
Networks
IoT

9. IoT : A technical Perspective
Sensors
Form factor
Low Power
Range
Aggregation
Bandwidth
Network Access
Applications
API
Dashboards
Cross Platform
Storage
NoSQL
Analytics
Configuration
Network
Provisioning
IoT is the entire system

10. IoT Challenges
Building IoT Systems at Scale is not easy
Security and Device Management are hardest in practice

11. Wireless Landscape
WBAN
WPAN
WLAN
WAN
NFC
RF4CE,
Zigbee
Whitespace
M2M Cellular
WiFi
Proprietary Sub GHz
0.01 1 10 100
Mbps

12. IoT Protocol Standards
HTTP
Internet Internet of
Things
=
AMQP
HTTP
CoAP
DDS
XMPP
MQTT
LWM2M
Evolving

13. IoT Case Studies

14. Tracking Heavy Equipments
 Monitor 1000+ leased equipments
 GPS Sensors with 2yr+ battery life
 Improve asset usage
 Improve recovery

15. Telecom Energy Monitoring
1000s of sensor data/hour
Remote Monitoring
Reliability of Infrastructure
New Revenue models

16. Keep It Cool !
750+ Sensors network
Ensure quality of Ice creams
Reduce wastage
Improve User Experience

17. Wind Energy Monitoring
100s of sensor data/min
Remote Monitoring
Predictive Analytics
Increased revenue

18. Future of IoT
“The most profound technologies are those
that disappear”
Mark Weiser, Scientific American, 1991

19. Conclusion
IoT has just begun
A Smarter and Secure World is
waiting to be built