1. PROJECT OVERVIEW, USE CASES & ARCHITECTURE 21/05/2012 FIWARE Educational Week - Zurich FI PPP program

2. OUTLINE Project Overview Development process Use cases Functional architecture Design architecture

3. PROJECT MOTIVATION AND OBJECTIVES OUTSMART contributes to the sustainability of resources by establishing a Future Internet enabled eco-system for cities, and supporting the creation of innovative services with real value to European economy and citizens OUTSMART addresses five essential Smart City services: Water and Sewage Smart Metering and Street Lighting Waste Management Water and Environment Sustainable Urban Transport

4. PROJECT ECO-SYSTEM FI- ware waste management water and sewage environment and transport smart meters street lighting water and environment domain specific Business innovation applications and services Domain specific requirements Technology transfer Technology foundation Cluster leaders Future Internet experts Domain experts Transversal partners

5. CLUSTERS & PARTNERS Special role Cluster FI common technology partner UniS TID ALU EYU Fraunhofer ENG ATOS ELSTER WOS LETI UL AI UC CN AV AMP LEX BSR AMY CI3 AMY EMC SAN EON TTI BIM DEN FT BSAN Domain specific service provider FI Technology expert Domain specific technology provider GER DK ES IT UK

6. ARCHITECTURE DEVELOPMENT PROCESS FIWARE architecture IoT-A reference architecture

7. THE IDENTIFIED USE SCENARIOS Water and Sewage (Aarhus) WIRELESS OIL-WATER SEPARATOR ALARM SERVICE THE WATER AND ENERGY NEXUS SMART AND SOCIAL WATER METERING KNOW YOUR WATER Waste Management (Berlin) INTELLIGENT PUBLIC WASTE BASKETS SUBSURFACE WASTE CONTAINERS MANAGEMENT OF USER INFORMATION

8. THE IDENTIFIED USE SCENARIOS Sustainable Urban Transport (Birmingham) INCENTIVE BASED MULTIMODAL TRANSPORT MANAGEMENT AND INFORMATION Smart Metering and Street Lighting (Santander) CITY LIGHT MAP AUTOMATIC ADAPTABILITY OF LUMINOUS INTENSITY PUBLIC LIGHTING AS AN INFORMATION SYSTEM ILLUMINATION IN INTERACTION WITH USERS OPTIMIZE ILLUMINATION NEARBY THE CITY Water and Environment (Trento) WATER INJECTION CONTROL TO OPTIMISE PRESSURE IN THE WATER DISTRIBUTION SYSTEM ACTIVE LEAKAGE DETECTION SERVICE

9. BERLIN- INTELLIGENT PUBLIC WASTE BASKET

10. BIRMINGHAM - SUSTAINABLE PUBLIC TRANSPORT

11. Time Carbon Footprint Time Carbon Footprint

12. SANTANDER - CITY LIGHT MAP

13. FIWARE/IOT-A REFERENCE ARCHITECTURES FIWARE IoT-A

14. OUTSMART BACKLOG ENTRIES (AS OF JAN. 2012) 1 is already supported by the current FIWARE platform 5 have been taken into account for future releases of the FIWARE platform 25 are analyzed by FIWARE and the conclusion of this analysis is still pending 11 have been returned to the issuer for more information and the answer from the issuer is still pending 3 won’t be taken into account by FIWARE (should be implemented by OUTSMART) 18 don’t have any ticket associated (and then haven’t been considered at all) difficulty in finding the right level of granularity for describing BL entries support for monitoring the BL entries processing integration of the tickets tracking and BL editing process

15. PACKAGES DIAGRAM provides the OUTSMART service layer for creating domain specific services, enabling new business scenarios in the U&E domain, involving citizens, municipalities and service providers. Note that this component is not included in the IoT-A reference architecture. Process Execution handles predefined, non-interactive processes that run over a longer period of time, such as device monitoring. Service Orchestration allocates, resolves and brings together a set of particular services for making up a composite service. Note that this component applies to IoT related services, and acts on a lower layer than the Service Provisioning Framework. This component manages information related to virtual and physical devices, such as their capabilities and location, providing discovery mechanisms through searches. Provides descriptions of IoT services, historical data and methods for notifying services about events, and monitoring resource data. Provides functionality for making sure devices can be part of a network and engage in communications Provides functionality for authorization, secure data access, secure messaging, anonymization and encryption Provides functionality for managing resource allocation and controlling the data flow Provides interaction with systems external to OUTSMART, such as databases, utilities management systems and user messaging. Note that this component is not included in the IoT-A reference architecture.

16. DESIGN ARCHITECTURE (UNDER DEVELOPMENT) Initialized by the Santander cluster Bottom up approach Application and capillary layers are UC specific - > FI-WARE should take place in the other layers Interfacing FI-WARE with legacy components Definition of the detailed specifications of the components in progress

17. DESIGN ARCHITECTURE : APPLICATION LAYER User interface info given to/provided by the user Standard or generic Web Services to be used Business actors involved in the web service provision Who will be developing the application (gadgets/UI/web services)

18. DESIGN ARCHITECTURE : SERVICE LAYER Gadget tool and environment specific requirements OutSmart service description OutSmart information/data description (physical quantity, units of measurement,…)

19. DESIGN ARCHITECTURE : DATA PROVISIONING Sensor and wireless technology Physical environment data to be collected Data model Data provisioning (API, spreadsheet, RSS,…) Kinds of event to be supported Duration of historical data keeping

20. DESIGN ARCHITECTURE : MANAGEMENT Existing APIs Management-specific database Appropriate FI-WARE GE identified

21. DESIGN ARCHITECTURE : NETWORK Communication technology likely to be used Existing network adapters (reusability across clusters?) Network hardware required (GWs,…) Appropriate FI-WARE GE identified

22. THANK YOU

23. BIRMINGHAM - SUSTAINABLE PUBLIC TRANSPORT

24. SANTANDER - CITY LIGHT MAP