The Internet of Things Revolution
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Internet of Things presented for GeekNight : Hyderabad
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The Internet of Things Revolution
- 1. “The most profound technologies are those that disappear. They weave themselves into the fabric of everyday life until they are indistinguishable from it”. - Mark Weiser’s, Scientific American Internet of Things (IoT) Ran.ga.na.than B @ran_than
- 2. /i/am { name: “Ran.ga.na.than B” developer: “ThoughtWorks” years: “10+” organizer: “Hyderabad Scalability Meetup” twitter: “@ran_than” }
- 4. What is this? Hint?
- 6. Wardenclyffe Tower A multiple exposure picture of Tesla with his "Magnifying transmitter" Tesla colorado adjusted" by Dickenson V. Alley
- 7. Nikola Tesla 1926 : “When wireless is perfectly applied the whole earth will be converted into a huge brain, which in fact it is, all things being particles of a real and rhythmic whole. We shall be able to communicate with one another instantly, irrespective of distance. Not only this, but through television and telephony we shall see and hear one another as perfectly as though we were face to face, despite intervening distances of thousands of miles; and the instruments through which we shall be able to do this will be amazingly simple compared with our present telephone. A man will be able to carry one in his vest pocket.” img src: http://s1183.photobucket.com/user/jkeeten/media/NikolaTesla_zpsaaf18c49.jpg.html
- 8. Introducing … 512 MB RAM, 700 MHz on Raspberry PI B+ img src: http://i1.wp.com/www.tierragamer.com/wp-content/uploads/2015/05/J.A.R.V.I.S..jpg
- 9. What is Internet of Things?
- 10. People image src: http://www.zapalagroup.com/wp-content/uploads/2014/08/o-HAPPY-PEOPLE-facebook.jpg
- 13. How does things adapt to people?
- 14. Sensors - Digital Nervous System
- 15. Enablers - The Digital Brain
- 16. Internet - brings things and people together
- 17. “Things can adapt to people.”
- 18. {things} + {devices,sensors} + {internet} + {people,processes} = IoT
- 19. All data in the cloud {things} + {devices,sensors} + {internet} + {people,processes} = IoT
- 20. Let us ask some questions to J.A.R.V.I.S
- 21. –Oxford “A proposed development of the Internet in which everyday objects have network connectivity, allowing them to send and receive data.”
- 22. “Did IoT start just now?”
- 23. 1990 John Romkey – toaster turned on/off via Internet
- 24. Is it trending now? Yes
- 26. 2011 Gartner
- 27. 2014 Gartner
- 28. Zeigarnik effect
- 29. How is it useful? • Increase Laziness • Efficiency - Daimler Trucks • Notifications - GE service, Walmart stock • Predictions • Automation • Optimization - Reduced costs • Better decisions
- 30. How big is the opportunity?
- 31. How big is the opportunity?
- 33. Few use cases…
- 37. Density How busy is a location?
- 40. Concerns What should we take care of?
- 41. Data Accuracy Which device to trust? (Source: John Fruehe)
- 42. Security Prius was attacked
- 43. Privacy Big Brother is watching
- 44. Actionable Data Just data storage is not so much fun.
- 45. Standardization Few exist (CoAP), still emerging
- 46. Usability
- 47. Upcoming standard frameworks • Google Project Brillo • Google Weave Protocol
- 48. Demos
Editor's Notes
- Tesla's design for Wardenclyffe grew out of his experiments begun in the early 1890s. His primary goal in these experiments was to develop a new wireless power transmission system. He discarded the idea of using the newly discovered Hertzian (radio) waves, detected in 1888 by German physicist Heinrich Rudolf Hertz since Tesla doubted they existed and basic physics told him, and most other scientists from that period, that they would only travel in straight lines the way visible light did, meaning they would travel straight out into space becoming "hopelessly lost".[1] In laboratory work and later large scale experiments at Colorado Springs in 1899, Tesla developed his own ideas on how a worldwide wireless system would work. He theorized from these experiments that if he injected electric current into the Earth at just the right frequency he could harness what he believed was the planets own electrical charge and cause it to resonate at a frequency that would be amplified in "standing waves" that could be tapped anywhere on the planet to run devices or, through modulation, carry a signal.[2] His system was based more on 19th century ideas of electrical conduction and telegraphy instead of the newer theories of air-born electromagnetic waves, with an electrical charge being conducted through the ground and being returned through the air.[3] Tesla's design used a concept of a charged conductive upper layer in the atmosphere,[3] a theory dating back to an 1872 idea for a proposed wireless power system by Mahlon Loomis.[4] Tesla not only believed that he could use this layer as his return path in his electrical conduction system, but that the power flowing through it would make it glow, providing night time lighting for cities and shipping lanes.[4]
- 1900, J.P. Morgan, article in Century Magazine global network of high-voltage towers - control weather, text, image, and provide ubiquitous electricity J.P.Morgan invested $150,000 Tower 300 ft depth, 187ft tall, covered with 55 ton conductive dome Idea - 300ft pump electricity to mingle - telluric currents, fling raw energy into ionosphere. 1901, Marconi executed the first telegraph, stock market went down. 1905 was demolished for recovering money.
- Nikola Tesla sits in front of a spiral coil from a high-voltage transformer at his East Houston St., New York laboratory in 1896
- Say hello to everyone … thank you… What is the time? How is the weather?
- src: http://www.zapalagroup.com/wp-content/uploads/2014/08/o-HAPPY-PEOPLE-facebook.jpg
- How switch is fixed for bulb for example and how much effort is required to move the switches. This will be good, if bulb can get messages.
- How switch is fixed for bulb for example and how much effort is required to move the switches. This will be good, if bulb can get messages.
- Systems adapting to us. Home adapting to us, factories adapting, etc.
- What is the time? How old is the Taj Mahal? How much is 1 million + 1 million? How much is 1 billion million? Who is the president of India?
- task or story pursued - left incomplete - automatic signals to conscious mind - experience dissonance - Who Kattappa killed Bahubali? LIGHTS OFF - ON The Zeigarnik Effect is the tendency to experience intrusive thoughts about an objective that was once pursued and left incomplete (Baumeister & Bushman, 2008, pg. 122). The automatic system signals the conscious mind, which may be focused on new goals, that a previous activity was left incomplete. It seems to be human nature to finish what we start and, if it is not finished, we experience dissonance.
- Extrapolated for 2020
- Why not so many PCs?
- http://modernfarmer.com/2014/06/garden-meet-edyn/ The idea is that using Bluetooth and a house’s WiFi, the devices will feed data straight from the soil to your phone in order to monitor tomatoes, basil or whatever else is in the garden. Sensors test the soil. For the water valve, if the crops are getting a little dry, tap a few buttons on the iPhone from work and give them a drink, or the software does so automatically.
- http://sen.se/ - Mother and motion cookies
- BigBelly compacts wastes using solar energy and alerts when it needs to be emptied.
- The Zubie Key™ plugs neatly under the dashboard of your car and keeps it connected to the cloud. Always Smart technology uses a built-in, high-performance GPS, a wireless connection to the cloud and multiple sensors that constantly track car health and activity. Even while parked! The Zubie Cloud constantly analyzes your car’s data to track your trips, provide helpful alerts and generate interesting insights. The Zubie App/Web Portal keeps you informed whether you’re in the car or a thousand miles away. Works with desktop computers, laptops, and iPhone and Android devices.
- -ATMs are there from 1974 - https://owasp.org/index.php/OWASP_Internet_of_Things_Top_Ten_Project
- Cannot fly drones Google glass recording Echo listening
- Image src: http://www.building.co.uk/Pictures/web/u/s/p/0school_660.jpg