Barcelona Innovation Center: Stage 1
Project presentation
September, 2011
Index
1.
2.
3.
4.
Project background
Urban platform: municipal network and infrastructure development
Barcelona development project
Project team and main tasks
Refresh the concept
Metropolis-Cisco Collaboration Framework
Shared Purpose
Improving the impact of netw orked ICT on global urban
design and development for sustainable cities
Partnership for
Urban Innovation
Global Digital
Collaboration Platform
for Metropolis
Members
Leadership
“Academy”
Vision 2030 – Shared Vision for Connected And Sustainable Cities
0
Future connectivity demand comes from urban space
Barcelona connectivity needs evolution and future demand from urban space
Internet
GPS
Mobile
2.0
SAAS
8.070 PCs + 1.000 PDAs
6.000 PCs
4.500 PCs
>300 Wifi
points
256 Buildings *
55 Buildings *
35 PCs
Internet of things
68 Parking
1.700 traffic lights
140 Cameras
88 bollards
70 Fountains
63 escalators
>4.000 Sensors
14 Radars
Etc...
4 Buildings*
010
1985
Bcn.cat
1995
Bcn.mobi
2000
Networks
Barcelona WiFi
2009
2010
Kiosks
Future
Next generation networks
Regulatory / Legislative Framework
The Smart+Connected Community
Citizens
Businesses
Service
Providers
Government
Central/State/Local
Fabric
Barcelona Innovation Centre: Stage 1
Guiding Principle for the Partnership
Benefits
BCN brings
• Urban Planning
• City Management
• City as Living Lab
• Investment
Cisco brings
• Experience & Vision
• Technical Expertise
• S+CC Knowledge
• Investment
To Create
• Urban Platform
• Innovation Centre
• Living Lab
• Replicable Model
• Brown field regeneration
model
• Real life collaborative
model
• BCN an end-to-end city
showcase
• Replicable Model
• Innovate with Urban experts
• Design & Test new Urban
services
• Access to Metropolis
Barcelona Innovation Centre: Stage 1
Creating new Ecosystems & Industries
Barcelona Departments
Other Municipalities
and Governments
EU R&D
Programs
Universities &
Technology
Institutes
Service Providers
Start ups
Barcelona Innovation Center
Technology
Companies
Metropolis
Index
1.
2.
3.
4.
Project background
Urban platform: municipal network and infrastructure development
Barcelona development project
Project team and main tasks
Barcelona Urban Platform Model
3 dimensions
Urban
Planning
Telecommunication
.
.
Services &
Applications
Current
evolution
0
•Fast growth of
connectivity
costs due to
the growing
use of PDAs
for mobile
workers
(+1.000 PDAs)
•High potential
of growth due
to growing
use of street
cameras and
other sensors
•No integration
to municipal
network
•High potential
for growth
from sensors
deployment
(Noise, Air,
humidity etc.):
+8.000 in next
5 years
Other
•No integration
to municipal
network
Environment
•Own
infrastructure
•Slow
integration to
Municipal
network
•High amount
of connected
devices:
+2800 devices
generating
savings
(Mobility)
•+3.900 devices
with
connectivty
costs (BSM)
Safety and security
• On-going
investment
in Fiber and
Wifi
• On-going
service
deployment
• Saving
generation
from own
connectivity
services:
>1,8
M€/Year
Mobility & BSM
IMI
Multiplication of isolated networks and infrastructures
•High potential
for growth due
to increasing
mobility of
workers
(Inspectors,
Social
workers,
Proximity
workers etc.)
•Private sector
demand for
access to
urban space
information
and
infrastructure
(exemple: 22@
urban lab)
02 evolution scenarios
Towards a sustainable and leading growth model
+
Sharing
information
IMI
Police
Traffic
Mobility
Env.
Security
Sustainable
growth: urban
platform
Mobility
Internet
Internet
Internet
Multiple and
separated
networks
IMI
GUB
IMI
GUB
Transit
Mediambient
. Seguretat
. Seguretat
Rondes
BSM
BSMTransit Mediambient
Internet
Internet
....
Internet
Internet
WAN
Internet
WAN
Unsustainable
growth
Rondes
Internet
-
• Optimize urban services management and
integration through urban platform model
development
• Low risk and Technological Trend
• Efficiency
• Scalable
• Minimum integration of urban
services
• Dependency of the growing telecommunications
costs
• Complexity of management
• Limited services production capacity
Sustainable growth: urban platform development
Simple
services
Simple
services
Current
situation
Level 4. Services and
applications
Level 3. Data storage &
processes
Level 4. Services and
applications
Level 2. Devices
IMI
...
Level 4. Services and
applications
Level 3. Data storage &
processes
Level 2. Devices
Level 1. Telecommunications
& Infrastructures
Simple
services
Level 1. Telecommunications
& Infrastructures
Level 3. Data storage &
processes
…
Level 1. Telecommunications
& Infrastructures
“Sectors”
Companies (TMB, …)
Composite services &
Applications
• Improve management accounting of urban
services
Common
services
• Industrialization of services creation and
scalability of platform to face connectivity
needs growth
Services and
applications
catalogue
• Optimization of urban services
management
Integration and
optimization –
Innovation through
innovation center
Level 2. Devices
Per functions, users groups, security levels, information formats
Location
Payment
...
Notification
Control
Registering
...
Multimedia
Security
Databases
Interoperability
Urban platform model development
Mobility, safety and security, environment, infrastructures
Barcelona Innovation Centre: Stage 1
The Smart City Barcelona Model and BIC project
Index
1.
2.
3.
4.
Project background
Urban platform: municipal network and infrastructure development
Barcelona development project
Project team and main tasks
Barcelona-Cisco
Legal Agreement.
Barcelona Innovation Centre Journey...
Mar’11
Proof of concept.
Urban Platform First
steps
Business Model
Barcelona Innovation
Centre
Apr’11
Mai’11
Jun’11
Project design
Jul’11
Aug’11
Project development
Sensors
Video
cameras
Set’11
Oct’11
Test
Integration
WiFi / 3G
Urban Platform
Reference
Architecture
Intelligent Broadband Network
Show case
Barcelona Innovation Centre Stage 1
User case: Noise detection
• Noise sensor identifies noise
(uncivil activities, car alarm, …)
CONTROL ROOM
• Process checks noise,
establishes validity.
• Closest camera streams
pictures to control room.
• Control room checks image
and decides if police must be
alerted.
Noise
sensor
• Life video feed of incident area
is routed to nearest police car.
• Police car arrives at incident
area and sends images.
Index
1.
2.
3.
4.
Project background
Urban platform: municipal network and infrastructure development
Barcelona development project
Project team and main tasks
0Barcelona Innovation Centre Stage 1
Project team
Steering
Committee
Paco Rodríguez
Ramon Sagarra
Mariano Lamarca
Frank Van Steenwinkel
Ignasi Errando
Ferran González
Technical
Committee
AJB Technical team
Anna Majó
Beatriz Huarte
Francesc Orgaz
Hermenegild Gimenez
Isaac Aparicio
Javier Garcia Gallego
Executive
Committee
Jordi Ortuño Ribé
Jose Manuel Pérez
Jose Manuel Velilla
Manel Mendoza
Manel Torrent
Mario Rico
…..
Project
Management
Gloria Grau
CISCO Technical team
Carles Batalla
Enric Folch
Fernando Galvez
Graham Porter
Guillem Veiga Melhem
Jesús Molinero
Miguel Ángel Ruiz Hornillos
Paolo Martini
Richard Evans
Roberto Moral
Victor Vázquez
Xavier Freixa
0Proof of concept/ Show case
Planning
Mar’11
Apr’11
Mai’11
Project design
Lab Definition &
Construction
Jun’11
Jul’11
Aug’11
Set’11
Project development
Oct’11
Test
Test at Lab &
Installation
Networking & Security
Software definition
Auxiliary Software
Development
Test
Presentation &
Deliverables
Barcelona Innovation Centre
Thank you