7. 7 |
7 Accept social
responsibility
3 Embrace
open standards
2 Open data
& interfaces1 Privacy first
4 Share
where possible
5 Support
modularity
6 Maintain
security
Source: https://www.slideshare.net/CeesJan/smart-society-io-t-charter-eindhoven-work-in-progress
Gwf 2019
8. 8 | Gwf 2019
Public values Challenges
Privacy Data protection, mental privacy, surveillance, …
Safety and security Information security, identity fraud, physical safety, …
Autonomy Freedom of choice, freedom of speech, maipulation, …
Control over IT Insight in algorithms, responsibility, unpredictable, …
Human dignity Dehumanisation, instrumentalisation, deskilling, desocialisation, …
Justice Discrimination, exclusion, equality, …
Power ratio Unfair competition, exploitation, relation market-government-citizin, …
Source: Kool et al. 2017, p. 75
9. 9 | Gwf2019
Source: Rathenau Instituut, Waardevol digitaliseren, 2018
What and Why? How?
10. 10 |
What we are working on
A. Sensor registration / sensor portal
B. Smart city information model
C. Open urban data platform
Gwf2019
11. 11 |
Where are
the sensors?
What do they
sense and
how?
Who owns
the sensor?
Where can I
find the
sensor data?
Am I being
sensed right
now?
How many
sensors are
there?
Can I use
the sensor
data?
Who
maintains
the sensor?
Sensor registration Why?
gwf2019
12. 12 |
Information about ‘what is being sensed where and
by whom’
Accessible for everybody (companies, citizens and
government)
Public and easy to find.
Uniform, nationwide and trustworthy
Create awareness of what’s happening where
Sensor registration What?
gwf2019
13. 13 |
Citizens interest
• I want to know if I’m being sensed, by whom
and what happens with the data
• I want to know about the (development of) air
quality, sound levels, traffic density, ... in my
surroundings
• I want to move, how about the air quality,
sound levels and congestion in my (possible)
new neigbourhood?
• I want to share my sensordata
gwf2019
14. 14 |
Companies interest
• I want to be transparant about the location of
my sensors and what they do
• I want to make use of sensor data but I don’t
want to invest in sensors myself
• I want to use sensor data to implement new
services and products
gwf2019
15. 15 |
Governments interest
• Sensors help building a better, safer,
healthier, accessible and sustainable city
• We make use of present sensors and prevent
using doube investments and measurements
• We are open to our users to show what is
being sensed where and by whom
gwf2019
16. 16 |
Knowledge institutions interest
For instance:
• Do low-cost sensors add to the fine-grained picture of air
quality indicators? Can we trace an ‘air pollution cloud’
accumulating in certain places in the built environment?
• Can we combine these measurements with other
(modelling) information for informed citizens and
government?
• Does sense-making with citizens work? What is the
citizen-science contribution?
• If the concept works, does this open up opportunities for
bottom-up spatial/traffic/urban planning to further
improve quality of living and health?
• Reflective: (How) do roles of government and citizen
change?
gwf2019
19. 19 |
Challenges
How to collect sensors?
by law, crowd sourced, automated, …?
How to deal with measured area instead of xy of
the sensor?
How to inform people in the street?
gwf2019
21. 21 |
Common goals
Principals for the digital city
Existing national data infrastructure (pdok)
Bèta and agile approach (set up living labs, communities)
gwf2019
What really helped us
22. 22 |
In depth: living labs
Stratumseind – City of Eindhoven
Smart Emissions – City of Nijmegen
Sensor City Assen
https://github.com/Geonovum/smartemission
Sound, light, safety
Air
Mobility