SMARTSANTANDER: MAKING THE SMART CITY PARADIGM A REALITY

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Christal Barrett
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1 SMARTSANTANDER: MAKING THE SMART CITY PARADIGM A REALITY Prof. Luis Muñoz Laboratories for R+D+I in Telecommunications, Santander; Spain University of Cantabria luis@tlmat.unican.es 1

2 Outline What is a smart city? What is SmartSantander about? SmartSantander duality and catalyst SmartSantander architecture and IoT topology Technologies and services 2

3 What is a smart city? It is a complex ecosystem characterized by the intensive use of information and communications technologies (ICT) aiming at making the cities more attractive, more sustainable and a unique place for innovation and entrepreneurship. Making the smart city a reality does not mean that we have to start from scratch but that we will take advantage of what the city has already got, while evolving with a clear strategy and determination. Static nodes deployed in the city around an IoT multihop backbone network which easily enable the addition of new infrastructures in a plug & play way Mobile nodes mounted on public bus transportation system, taxi fleet, police cars, etc. Participatory sensing supported by group of users committed to the Municipality 3

4 What is Smart Santander about? Smart Santander aims at providing a European experimental test facility for research and experimentation on architectures, key enabling technologies, services and applications for the Internet of Things (IoT) in the context of the smart city. 20,000 IoT devices 4

for research and experimentation on architectures, key enabling

5 Smart Santander duality and catalyst SmartSantander is going beyond the traditional smart city concept. Why? Because of its unique duality: Deployment of an IoT facility for experimentation Service provision in the smart city context, maximizing benefits of the experimentation platform Hence, setting up an innovation ecosystem in which the main stakeholders meet: Technology providers Research centers Urban service providers Municipality Finance sector 5

city context, maximizing benefits of the experimentation platform Hence, setting up an innovation ecosystem in

6 ASI Application Service provider client Application Session mgmt Res. Discovery and Conf. AAA Functions Application Session mgmt Res. Discovery and Conf. Experimental user client ESI Configuration Res. Discovery and Conf. Result Analysis Session mgmt Smart Santander architecture Testbed admin client AAA Functions ACI MSI Testbed server Visualization tools Data Mining tools Synthesis Experiment specification File upload Sanity check lookup VTD config reservation Scheduler DB Experiment DB Deployment Monitoring Control Deployment Monitoring Control User accounts DB Monitoring and fault mgmt monitoring Monitoring and fault mgmt monitoring registration configuration registration configuration O&M DB Testbed MIB VTD config Subscription/Notify Management Gateway O&M lookup Data Pub/Sub/Notify Res Pub/Sub/Notify Mgmt PSense DB Deployment Monitoring Control Monitoring and fault mgmt monitoring registration configuration lookup PSense server Subscription/Notify Mgmt PSense Client IoT Node 6

Result Analysis Session mgmt Smart Santander architecture Testbed admin client AAA Functions ACI MSI Testbed server Visualization tools Data Mining tools Synthesis Experiment specification File

7 Smart Santander architecture Complete software architecture at the end of

Smart Santander architecture Architecture for the fixed nodes Parking lots, environmental control and smart irrigation Parking sensor node. To be deployed buried in the asphalt.

8 Smart Santander architecture Architecture for the fixed nodes Parking lots, environmental control and smart irrigation Parking sensor node. To be deployed buried in the asphalt. At the corresponding load/unload area, bus stop or handicapped-reserved space. Repeater. To be deployed at available street lights or traffic lights. Gateway. Connected to Internet/Intranet. Radio link 8

At the corresponding load/unload area, bus stop or handicapped-reserved space. Repeater.

9 Deploying IoT irrigation nodes 9

10 Smart Santander architecture Architecture for the mobile nodes 10

11 Deploying mobile nodes 11

12 Technologies and services Some of the services are: Environmental monitoring Traffic management (parking control, bus stops, loading/unloading areas) Irrigation optimization in parks and gardens Augmented reality Participatory sensing Public street lighting Waste management The citizens and the smart city KPIs addressing QoS vs. QoE 12

optimization in parks and gardens Augmented reality Participatory sensing Public

13 Technologies and services Participatory Sensing: Supported by Android and IoS. Both already available in the market 13

14 Technologies and services Augmented Reality: Supported by Android and IoS. Both already available in the market 14

15 Technologies and services 15

16 Technologies and services 16

17 moving forward! 17

Efficient Urban Management Relying on the FI-WARE Generic Enablers

Efficient Urban Management Relying on the FI-WARE Generic Enablers Prof. Luis Muñoz Laboratories for R+D+I in Telecommunications, 39005-Santander; Spain University of Cantabria luis@tlmat.unican.es 1 Outline