An exploration of how openly shared, passively collected, and persistent personal data is providing individuals with scaffolding and feedback for complex tasks. The resulting technosocial impact is a shifting of the locus of control from centralized management and production of resources, decentralizing towards individuals.
4. Central tenets and thesis
Rise of open data → persistent information
this information provides scaffolding + feedback
5. Central tenets and thesis
Rise of open data → persistent information
this information provides scaffolding + feedback
critical to performing optimally in the world
6. Central tenets and thesis
Rise of open data → persistent information
this information provides scaffolding + feedback
critical to performing optimally in the world
(living better lives!)
7. Central tenets and thesis
Rise of open data → persistent information
this information provides scaffolding + feedback
critical to performing optimally in the world
(living better lives!)
as we capture that info less mechanically
& more organically,
8. Central tenets and thesis
Rise of open data → persistent information
this information provides scaffolding + feedback
critical to performing optimally in the world
(living better lives!)
as we capture that info less mechanically
& more organically,
we move towards a place where wellness,
production, and access to resources become
decentralized
14. Similar question asked at one point: why does an iPhone need a compass?
compass
Why collect data?
15. Similar question asked at one point: why does an iPhone need a compass?
+
compass video
Why collect data?
16. Similar question asked at one point: why does an iPhone need a compass?
+ =
compass video augmented reality
Why collect data?
17. Similar question asked at one point: why does an iPhone need a compass?
+ =
compass video augmented reality
Short answer: we don’t know yet. But there are enough innovative thinkers
out there that - given tools and information - will create fantastic things
Why collect data?
18. Persistent Data
(capturing personal habits → optimizing personal habits →
efficient living through understanding personal habits)
(the following are manifestations of how this information can be used - examples in real
life cross every realm, but I’ve limited these to geolocation)
19. Visualizations based on sharing foursquare checkins: “innovative thinkers
creating fantastic things” is important when thinking about how informative
location is to understanding personal habits
(example: perhaps I should
explore here more often?)
weeplaces.com wheredoyougo.net
Capturing personal habits
20. Future Checkin: checks in automatically based on user-selected favorites.
Once you understand personal habits, you can optimize for them
Optimizing for personal habits
21. Tasker for Android: very complex & very robust, therefore a steep learning curve
- if you can do anything, it’s hard to think of doing anything in particular (think:
Second Life). Self-understanding gives users the limitation and scaffolding
necessary to use rich, complex, and otherwise inaccessible tools efficiently
Efficiency through understanding of personal habits
(understanding = limitation = scaffolding)
22. Collection of personal data allows for intuitive feedback loops - As
relatively short-sighted beings, we have a hard time making that
intuitive jump between how the daily tasks we do today translate
into long-term value years or even months down the road
DICE 2010, Jessie Schell:
“Design Outside The Box” Epic Win app
Feedback to develop new habits
23. How? (Internet of Things)
(a primer on the changing nature of how physical actions are
being collected and understood)
24. Sensor (force-sensitive
resistor - resistance to
electron flow changes
according to pressure)
Actuator (lights up)
Controller (interprets
changes in electron flow,
translates them based on
user-defined rules into
electron flows that power
actuators
User-defined rules for how
controllers should interpret/
translate electric currents
Internet of Things = sensors, actuators, and controllers
25. Many kinds of sensors exist; because of an explosion of access (affordable
microcontrollers), we’re getting better at figuring out how to use sensors in
innovative ways to make actuators do innovative things. Put that information on the
web (pachube), and anyone can access it/make something useful of it
User-generated Internet of Things
29. from PSFK’s Future of Health report
Passive daily data for better living
30. Green Goose: packaged sensor kits for home
use - tracks energy usage & fitness activity
Passive usage data for greener living
31. Nokia Bots: software that passively tracks usage
behavior, arranging home screen positions and
phone settings accordingly
Passive behavioral data for efficient living
33. IKEA robotics: mobile, wireless robots that react
to a user’s tracked presence in a room,
reconfiguring automatically
Passive physical data for convenient living
34. Decentralization
(What does this mean for long-term human behavior? Locus
of control regarding wellness, production, and management of
resources is moving towards the individual)
36. Tools that track biometrics allow individuals to manage their own health
to greater degrees, able to collaborate with physicians remotely
Text-messaging microchip pill
Decentralization of healthcare
37. 3D scanning + 3D printing = instant individual manufacturing plants
Decentralization of production
38. Services like CitySourced will soon be
powered by passive processes,
seamlessly and constantly updating
based on data collected by the natural
everyday actions of individuals
from PSFK’s Intelligent Cities report
Decentralization of city management
39. Rise of open data → persistent information
this information provides scaffolding + feedback
critical to performing optimally in the world
(living better lives!)
as we capture that info less mechanically/actively
& more organically/passively,
we move towards a place where wellness,
production, and access to resources become
decentralized