What happens when we move from billions of mobile phones around us, to networks made of ten, one hundred or one thousand times more nodes? What are going to be the necessary features of these networks, which will constitute the Internet of Things? How can we think about, and must start planning for the nature of this new fundamental entity quickly emerging?

1. Internet Of Things
Spime Design Workshop
Jurvetson

2. David Orban
Advisor & European Lead
Singularity University

3. David Orban
Chief Evangelist
WideTag, Inc.
Dennis Mancini

4. Agenda

5. <1> Who
<2> What
<3> Why
<4> How
<5> When
<6> Play!

6. What we will talk about
Evolution of paradigms
Emerging properties
Examples from today
Arenamontanus

7. What we won’t talk about
Technical standards
Communication methods
Energy source conundrums
Passive identification
Arenamontanus

8. <1>

9. Who

10. kandinski
Bruce Sterling
Forget trying to pass for normal

18. </1>

19. <2>

20. What

21. Fred Armitage
William Gibson
The future is already here. It is just not evenly distributed yet

22. The Open
Internet Of Things

23. Ignorance
Questions
Answers
Kevin Kelly - kk.org

24. "The formula for success?
Double your rate of failure."
Thomas J.Watson, IBM
“The Internet multiplied a
thousandfold our failure rate,
without increasing the cost of our
success”
Cory Doctorow

25. What’s on your radar
Banksy / Robbiedangerous

26. Spime = SPace + tIME
Bruce Sterling

27. 2 7 > 100

28. Evolving devices

29. Necessary Autonomy
Platform Orders of magnitude
PCs ≈ 108
Mobiles ~ Humans ≈ 109
Spimes > 1010

30. Around us already
Ryan Harvey

31. Network Evolution
Generation Isotropy Access
Web data knowledge
Web 2.0 applications social
Spimes sensors world

32. Redundancy of spimes
NASA JPL

33. Nature of the dialogue
Generation Bandwidth M2M Index
Industrial apps Kb/s 1%
Realtime Web Mb/s 10%
Spime Networks Gb/s 99%+
M2M index: M2M/M2H, communications among machine in proportion to those with humans

34. Data deluge
µµ

35. Awareness
Volvo

36. </2>

37. <3>

38. Why

39. rosetechven.com
David Rose
Integrity is the most important value

40. The Anthropocene
1% 2%
terrestrial humans
vertebrates pets
in the wild cattle
99% 98%
10.000 BC Today

41. Unsustainable
badjonni

42. Old methods...
Seamus Murray

43. ...same as current ones
Marcin Wichary

44. What do we know?
Gaspa

45. Sensing the technium
Nite Owl

46. Radically new methods
The Alieness

47. Sensing the world
bazusa

48. Adapting to the world
aussiegirl

49. Growing with the world
Michael Filion

50. Hinding information?
2001 2007
USGS Global Fiducials

51. A government hiding
climate change data to
prevent rational debate
is committing a
crime against humanity!

52. </3>

53. <4>

54. Examples

55. claren44
Larry Smarr
Failure of imagination is a fundamental human defect

56. • Spreading the Idea. Involve people.
First Quarter Action Plan

57. CO2 Spime
Collects CO2 levels
Communicates wirelessly
Visualizes collected data online

58. Social Energy meter

59. WideNoise

60. Spime Design Workshops

61. OpenSpime

62. WideSpime

63. Scalable
Davichi

64. High concurrency
Martineric

65. Native support for parallelism

66. >1M
targeting over one million data reporting events
per minute per server-core

67. </4>

68. <5>

69. When

70. Randy Stewart
Bre Pettis
Things are changing faster than we can die

71. Years from present
1 < IoT< 25

72. Advanced Collaboration
Foxtongue

73. </5>

74. www.singularityu.org

75. ...

76. Let’s play!
Aschaf

77. Your Tasks
Form groups
Pick presenter
Draw the idea
Explore parameter space
Arenamontanus

78. Which Sensors?
Electromagnetic
Chemical
Mechanical
Social
...
Arenamontanus

79. What Aggregation?
Local
Global
Non-geographic
...
Arenamontanus

80. What Moment In Time?

81. M2M Interaction
Self provisioning
Redundancy
Reliable communication

82. M2H Interaction
What is “friending”?
What is “poking”?
What is X?

83. Backchannel
Friendfeed room: spimews
Twitter hashtag: #spimews

84. Presentations!

85. www.singularityu.org