2. •
Smarter cities
Create awareness of ”The Internet of Things”
Intelligent transport systems
Build traceability architectures for the food
industry
•
Prevent counterfeiting in the European
horticultural sector
•
Design solutions to track sea containers
•
Develop ideas and solutions addressing client
problems, developing new products and services – using new
technology
•
•
Executive Innovation Architect
Managing IT- & Services Strategically
CBS/SIMI Diploma, 2001
•
Architect a solution, i.e. to bridge business
requirements with technical capabilities and
design what is inbetween
•
•
Ability to function at all levels of a given problem
and across several domains:
Strategy, business, technology, implementation
Msc Econ/Cand. Polit.
University of Copenhagen, 1991
Optimze the construction industry by
integration of 3D building models with
RFID-tagged construction materials
•
Challenge the way banks think about marketing
by implementing digital media
•
Optimise the way galactic IT-implementation
projects collaborates

3. WHAT
HOW
WHY
Are we seeing that influences our
lives, products, environent and ways of
working?
Are we addressing problems and issues
through technology and how can this make
things better?
Is all of this interesting in an innovation
perspective and how should can we take
the challenge?

4. Minneapolis Interactive Macro-Mood Installation

7. INSTRUMENTED

8. Koubachi WiFi Plant Sensor
”Give your Plant a voice” - http://www.koubachi.com/

9. 50
40
30
20
10
0
2003
2010
2015
2020
Source: Cisco IoT 2011 infographic and http://goo.gl/PLKf6F

10. INTERCONNECTED

11. In 60 seconds
•
•
•
•
•
•
•
•
2,4M posts on Facebook
204 million e-mails sent
15.000 downloaded from iTunes
2 million Google search queries
20 million photo views on Flickr
278.000 tweets
72 hrs of video uploaded to YouTube
11.000 searches on LinkedIn

12. 100
9000
Volume in Exabytes
8000
Percentage of uncertain data
80
7000
60
6000
Social
Media
5000
4000
You are here
3000
20
VoIP
Enterprise
Data
2010
Source: IBM Global Technology Outlook - 2012
40
2015
0
Percent of uncertain data
Sensors
& Devices

13. Big data changes everything: From forecasting to nowcasting
Volume
Terabytes to
exabytes of
existing data
to process
Velocity
Variety
Veracity
Streaming
data, millisecond
s to seconds to
respond
Structured, unstru
ctured,
text
and multimedia
Uncertainty from
inconsistency,
ambiguities, etc.

14. INTELLIGENT

15. Environmental
management
Intelligent
transportation
Public safety
Energy management
Water management

16. HOW

17. SHOAL: Pollution-monitoring fish
Placemeter: Real-World Analytics
Brain-to-brain communications
Ambient Energy Orb
Mimo Baby Kimono
Fitbit
Raspberry Pi

19. http://www.container-centralen.co.uk/rfid.aspx

20. WHY

21. Innovation
We are ushering in a new wave of innovation
Age
of Steel,
Electricity
and Heavy
Engineering
The
Industrial
Revolution
Age
of Steam
and Railways
Age
of Oil, Cars
and Mass
Production
Age
of IT &
Telecom
6th Wave
5th Wave
4th Wave
Smarter
Products
3rd Wave
 Instrumented, i
nterconnected,
and intelligent
 Building blocks
for a smarter
planet
2nd Wave
1st Wave
 Sustainability
1770
1830
1875
1920
1970
2010

22. Sixth Wave Thinking
6th Wave
1.Waste = Opportunity
2.Sell the Service, not the Product
3.Digital and Natural Converge
4.Bits are Global, Atoms are Local
5.If in Doubt, Look to Nature

23. Price
23

24. Biodynamic
Organic
Conventional
Pesticides
Production
method
Network
Herpacides
Price
Production
environment
Chemicals
Child labor
Sustainability
Packaging
Geosphere
Profiled
Biosphere
GMO
Environmental
footprint
Health
consequences
Positive
Track
Negative
Sociosphere
Transport
History/Origin
24
Climate
change
Sustainability
Health
impact

25. IBM
Thank you
Kim Escherich
IBM Global Business Services
escherich@dk.ibm.com
+45 2880 4733
internetofthings.dk
escherich.biz
@kescherich
/in/escherich
/escherich
kescherich@gmail.com
25
© 2013 IBM Corporation