The age of modern computing is now dates back than half a century. What key accomplishments in the field over these past decades have notably shaped computing today? And what trends and practices today are likely to have an affect on the future of computing? In this lively presentation, Mike Amundsen - author, presenter, and software architect - highlights key trends in the past fifty years; drawing from diverse sources including physical architecture, industrial design, the psychology of perception, and cross-cultural mono-myth that helped to shape both the art and business of computing today and discusses current social and technological trends that may have a hand in shaping the future of computing. He asks attendees to consider what the future of computing will look like and what business and individuals can do today to prepare for, and influence, computing's future. Amundsen, whose latest book "Building Hypermedia APIs with HTML5 and Node" has been called "[O]ne of the biggest conceptual advances since Roy Fielding first defined the REST architectural style" will focus on the role APIs can play and how hypermedia and other non-linear, collaborative models can influence the way humans and machines communicate in a future "programmable civilization."

1. Future Interface: What 50+ years of
modern computing history
may tell us about
Mike Amundsen the future.
Principal API Architect
@mamund
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2. Mike Amundsen
 Architect, Developer, Presenter
 Hypermedia Junkie
 Principal API Architect for Layer 7
“Help people build great APIs for the Web”
 Personal Mission
“Improve the quality and usability of information on the Web.”
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3. What concepts and ideas have
influenced systems computing?
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4. How have these ideas affected the
way we think of the Web today?
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5. What does this tell us about a
possible future?
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6. There is much we can learn from our history…
If we choose.
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7. EARLY CONCEPTS
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8. Vannevar Bush
 Memex, 1945
 Key project leader on the Manhattan Project to build the first nuclear
bomb.
 “ A memex …is an enlarged intimate supplement to … memory.”
 “With one item in its grasp, [the mind] snaps instantly to the next that is
suggested by the association of thoughts, in accordance with some
intricate web of trails carried by the cells of the brain.”
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9. Vannevar Bush - Memex
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10. Vannevar Bush - Memex
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11. Vannevar Bush - memex
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12. Vannevar Bush - memex
Mimic human linking using a machine
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13. Ted Nelson
 Hypertext, 1963
 Identified and popularized early “cyber-culture” in 1979 book “Computer
Lib/Machine Dreams”
 “If computers are the wave of the future, displays are the surfboards.”
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14. Ted Nelson - Hypertext
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15. Ted Nelson - Hypertext
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16. Ted Nelson - Hypertext
Describe how linking works in a network
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17. Douglas Engelbart
 Computer mouse, 1965
 Key to creating the ARPANET while at Stanford Research, Institue (SRI).
 “Augmenting Human Intellect”, 1962
 “[A] new and systematic approach to improving the intellectual effectiveness of
the individual human being … One of the tools that shows the greatest
immediate promise is the computer.”
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18. Douglas Engelbart - computer mouse
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19. Douglas Engelbart - computer mouse
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20. Douglas Engelbart - computer mouse
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21. Douglas Engelbart - computer mouse
Build the hardware that makes
the linked network possible
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22. Early Concepts
 Bush (1945)
Mimic human linking using a machine
 Nelson (1963)
Describe how linking works in a network
 Engelbart (1965)
Build the hardware that makes the linked network possible
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23. AFFECTED SYSTEMS
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24. Christopher Alexander
 The Timeless Way of Building, 1979
 Father of the “patterns” movement
 “Complexity is one of the great problems in … design”
 “There is one timeless way of building. It is a thousand years old, and the same
today as it has ever been. The great traditional buildings of the past, the villages
and tents and temples in which man feels at home, have always been made by
people who were very close to the center of this way.”
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25. Christopher Alexander - Patterns
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26. Christopher Alexander - Patterns
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27. Christopher Alexander - Patterns
Identify patterns for thinking and acting
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28. Donald Norman
 The Design of Everyday Things, 1988
 Action Lifecycle, Seven Stages of Action
 “In the world” and “In the head”
 “Simplification is as much in the mind as it is in the device.”
 “Design is really an act of communication.”
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29. Donald Norman - HCI
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30. Donald Norman - HCI
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31. Donald Norman - HCI
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32. Donald Norman - HCI
Identify the cycle we all use for interaction
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33. Roy T. Fielding
 Architectural Styles and the
Design of Network-based Software Architectures, 2000
 Created “REST”
 Key in the startup and operation of the “Apache Foundation”
 Representations and Hypermedia
 “A resource is not the thing that is transferred across the wire or picked up off the
disk or seen from afar while walking your dog. Each of those is only a representation.
Do I think of a different identifier every time I see my dog, or do I simply think of my
dog as one identity and experience many representations of that identity over time
(and on into memory and imagination)?
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34. Roy T. Fielding - REST
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35. Roy T. Fielding - REST
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36. Roy T. Fielding - REST
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37. Roy T. Fielding - REST
Codify a model for creating new systems
based on patterns and interactions
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38. Affected Systems
 Christopher Alexander (1979)
Identify patterns for thinking and acting
 Donald Norman (1988)
Identify the cycle we all use for interaction
 Roy T. Fielding (2000)
Codify a model for creating new systems based on patterns and
interactions
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39. FUTURES
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40. Git/Github
 Launched in 2008
 A web-based hosting service for software development projects that use
the Git revision control system.
 “Bad programmers worry about the code. Good programmers worry about data
structures and their relationships.” – Linus Torvalds
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41. Git/Github – social coding
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42. Git/Github – social coding
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43. Git/Github – social coding
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44. Git/Github – social coding
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45. Git/Github
Enable collaborative interaction at distances
(of time and space)
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46. Ryan Dahl
 Node.js, 2009
 Makes network latency “a feature”
 “Node.js [is] perfect for data-intensive real-time applications that run across
distributed devices.” – Ryan Dahl
 It is more like C than it is like Python, and that is by design.” – Isaac Schlueter
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47. Ryan Dahl – Node.js
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48. Ryan Dahl – Node.js
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49. Ryan Dahl – Node.js
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50. Ryan Dahl – Node.js
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51. Ryan Dahl – Node.js
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52. Ryan Dahl – Node.js
Embrace latency as a feature in networks
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53. Rich Hickey
 Clojure 2007, Datomic, 2010
 “Code is data”
 “The past doesn’t change”
 “Clojure is a functional language that explicitly supports programs as models and
provides robust and easy-to-use facilities for managing identity and state in a single
process in the face of concurrency.”
 “ We need to move away from a notion of state as ‘the content of this memory block’
to one of ‘the value currently associated with this identity’”
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54. Rich Hickey - Datomic
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55. Rich Hickey - Datomic
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56. Rich Hickey - Datomic
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57. Rich Hickey - Datomic
Recognize that all data is immutable,
we just have lots of copies w/ shared identity
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58. Eric Schweikardt
 Cubelets, 2012
 PhD in Architecture at Carnegie Mellon University
 “Unlike contemporary robots in which a single “brain” controls the entire robot, robots
formed with [Cubelets] are made up of individual parts that have different functions,
yet work in unison to form the entire model.”
 “People have a hard time thinking about complex problems.”
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59. Eric Schweikardt - Cubelets
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60. Eric Schweikardt - Cubelets
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61. Eric Schweikardt - Cubelets
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62. Eric Schweikardt - Cubelets
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63. Eric Schweikardt - Cubelets
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64. Eric Schweikardt - Cubelets
Design systems to enable
emergent behaviors
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65. Futures
 Ryan Dahl
Embrace latency as a feature in networks
 Rich Hickey
Recognize that all data is immutable, we just have lots of copies with shared identity.
 Eric Schweikardt
Design systems to enable emergent behaviors
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66. CHOICES
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67. Choices
What does the future hold?
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68. Imperative vs. declarative
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69. Centralized vs. distributed
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70. Bigger/”smarter” vs. Smaller/”dumber”
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71. Controlled vs. Collaborative
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72. ONE POSSIBLE FUTURE
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73. One possible future
What I would like to see…
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74. One possible future
The type of system I’d like to use…
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75. One possible future
The kind I want to help build…
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76. One possible future
That future would be…
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77. One possible future
Systems composed of many small independent units…
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78. One possible future
Each unit based on timeless patterns…
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79. One possible future
Able to bridge the gulf of execution and evaluation…
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80. One possible future
All widely distributed…
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81. One possible future
Capable of operating as a collective
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82. One possible future
In order to augment human intellect.
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83. However…
There is no single possible future…
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84. There is no single possible future…
The choice is ours.
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85. Future Interface: What 50+ years of
modern computing history
may tell us about
Mike Amundsen the future.
Principal API Architect
@mamund
85