Internetix 2010 - Brian Pinnock - The Internet of Things
•Download as PPTX, PDF•
1 like•625 views
The document outlines the Internet of Things (IoT), which involves connecting smart objects through unconventional networks. It discusses how IoT could include trillions of connected devices and impact areas like tracking, information analysis, process optimization, and more. The document also covers roadblocks to IoT like organizational issues, social/legal concerns, and technology challenges. It explores enabling technologies for IoT like smart objects, low-power chips, cloud computing, and energy harvesting. Finally, it discusses potential impacts on business, society, and opportunities for IoT.
Recommended
Recommended
More Related Content
What's hot
What's hot (11)
Viewers also liked
Viewers also liked (10)
Similar to Internetix 2010 - Brian Pinnock - The Internet of Things
Similar to Internetix 2010 - Brian Pinnock - The Internet of Things (20)
Internetix 2010 - Brian Pinnock - The Internet of Things
- 2. The Internet of Things Brian Pinnock
- 3. The Internet of Things • Smart objects • Trillions of them • Unconventional networks • Maybe TCP/IP based • New business models • And lots of impacts • Everywhere
- 4. Agenda • Outline • Roadblocks • Enablers • Impacts • Opportunities • Conclusion
- 5. OUTLINE An outline of the Internet of Things
- 6. Tracking Monitoring the behavior of people and things through space and time Information & Analysis Situational Awareness Real-time awareness of situational environments Sensor Driven Analytics Assisting human decision making through deep analysis and data visualisation
- 7. Process Optimisation Automated control of closed environments Automation & Control Optimised Resource Consumption Smart meters and energy optimisation Complex Autonomous Systems Automated control in environments with great uncertainty
- 8. ROADBLOCKS The Organisational, Social and Technical Inhibitors
- 9. Organisational Roadblocks • Security • Device cost • Data storage • Data processing
- 10. Social Legal Roadblocks • Privacy • Jail-breaking • Legal frameworks • Cross border data • Coverage
- 11. Technology Roadblocks • Power consumption • Standards • Storage • Number crunching
- 12. TECHNOLOGY ENABLERS Critical success factors
- 13. Enablers - Smart Objects • Border control • 50 meter radius • Cost 8 rand • Reprogrammable • Magnetic • Temperature • Vibration • CO
- 14. Enablers • Moore’s Law • Low power chips (ARM) • Cloud • Social media platforms • Low Power Wireless • Lightweight OS (Contiki) • Standards
- 15. Enablers- Energy Harvesting • Ambient radiation • Blood sugar • Tree metabolic processes • Piezo/Pyro electrics
- 16. IMPACT The likely impacts on business, IT, society and Africa
- 17. Business Model Impact • Usage tracking • Usage & movement tracking • Usage & behavior tracking • Behavior discounting
- 18. Network Impacts • Resource constrained • Routing (ROLL) • IP for Smart Objects • 6LoWPAN
- 19. • Billing Systems • IPv6 • Unconventional networks • Security • Storage • Number crunching Enterprise Impact
- 20. African Impact • Insurance savings • Border control • Eskom & Toll Roads • Security – smart dust • TB & HIV • Road safety monitoring • Road safety enforcement
- 21. OPPORTUNITIES What are the technical and business opportunities?
- 22. • Smart Dew Sensors • ARM Embed programme • Contiki • 6LoWPAN & Zigbee • UbiCity Project (Oulu) Opportunities Today
- 23. Conclusion • Smart objects • Trillions of them • Unconventional networks • Maybe TCP/IP based • New business models • And lots of impacts • Lots of opportunity
- 24. The Internet of Things Brian Pinnock twitter.com/BrianPinnock BrianPinnock.posterous.com
Editor's Notes
- The Internet of things is a concept that has been around for over 10 years. It hasn't come about yet because of the cost of the components but these have now started coming down and a tidal wave is building up. These components are collectively called smart objects and can be anything from RFID tags, to cameras, sensors, etc There are potentially huge social consequences of having billions of sensors and actuators connecting cars, buildings, traffic lights, cameras, appliances like toasters and washing machines. Some of the more obvious uses will be appliances that only switch on when the power grid can handle them. But there's no reason why we won't buy certain appliances on contract like we buy cell phones now. So the appliances will be "free" and we will only pay as we use them. This is already being done with some manufacturers of jet engines where the engine is owned by the manufacturer and the airline gets charged for thrust.
- ROLL = Routing over low power and lossyNetworks6LoWPAN = IPv6 over Low Power Wireless Personal Area Networks