1. USE CASES & ARCHITECTURE 02/07/2012 FI-PPP Architecture Board - Vienna FI PPP program Environment & Utilities in smart cities towards Efficiency & Sustainability

2. CONTENTS Clusters & Scenarios Architecture FI-WARE & OUTSMART mapping PoC Scenarios

3. CLUSTERS & SCENARIOS

4. 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

5. 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

6. More Info? : OutSmart WEB www.fi-ppp-outsmart.eu

7. ARCHITECTURE

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

9. Bottom up approach Application and capillary layers are UC specific -> FI-WARE assets should be used in the other layers Interfacing FI-WARE with legacy components Definition of the detailed specification of the components in progress OutSmart Runtime Architecture approach

10. OUTSMART data gathering enablers OUTMART Clusters Trento Capillary Networks Santander Capillary Networks Berlin Capillary Networks Birmingham Capillary Networks Aarhus Capillary Networks Santander Applications Trento Applications Berlin Applications Birmingham Applications Aarhus Applications OUTSMART communication enablers OUTSMART service environment enablers OUTSMART management & security enablers

11. OUTMART Clusters - Santander Santander Capillary Networks Santander Applications Pedestrian presence detectors Car detectors on parking space Luminosity sensors Luminosity regulation actuators Automatic metering systems Etc. Power Consumption Metering Current Real Illumination Level Service Car Traffic Flow Monitoring Service Parking Space Finder Pedestrian Flow Metering Service StreetLighting Power Regulation Service Etc. Smart Metering and Street Lighting

12. OUTMART Clusters - Trento Pressure meters Reservoir level meters Leakage detectors Valve actuators Etc. Monitoring of the water distribution system Notifications and alarms on water level Localization of leakages Delivery of field data to third parties Etc. Trento Capillary Networks Trento Applications Water and Environment

13. OUTMART Clusters - Berlin Fill level sensors Cameras Cellular phones Etc. Monitoring the fill level of public waste baskets Monitoring the fill level of subsurface containers Optimal garbage collection route planning Notifications and alarms on fill level Detection of damaged waste baskets Etc. Berlin Capillary Networks Berlin Applications Waste Management

14. OUTMART Clusters - Birmingham NFC/RFID Readers Mobile phones Transportation company DB Etc. Optimal (economic, ecologic, etc.) route planning Real-time mapping Customer Information Incentives calculator Etc. Birmingham Capillary Networks Birmingham Applications Sustainable Urban Transport

15. OUTMART Clusters - Aarhus Water consumption monitoring Flow sensors Legacy SCADA systems Utility database Etc. Sewage flow information Clean water flow information Open data to educators and operators Open data on maintenance activities Etc. Aarhus Capillary Networks Aarhus Applications Water and Sewage

16. Communication infrastructure

20. Data collection and processing infrastructure

25. Queries from service layer Data flowing from the capillary networks Data collection and processing infrastructure

26. Management

30. Enabling technologies

31. Service ecosystem

33. 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) Application Layer

35. FI-WARE & OUTSMART

36. Identification of FI-WARE GEs likely to support OUTSMART functional specifications – done Identification of OUTSMART official contacts for each FI-WARE GE - done Identification of FI-WARE GEs official contacts – in progress Setting up of dedicated joint teams dedicated to the assessment of the mapping and the application and use of the FI-WARE asset when appropriate – next week Assessment of the mapping through mail, phone exchange and UserStories/Epics/Features and general tracker tickets – from now on until end of july Validation of the mapping and architecture review in physical meetings - begining of september Implementation of OUTSMART PoCs, integrating FI-WARE GEs where appropriate – in september FI-WARE OUTSMART mapping process

37. IoT Communication GEs (IoT backend,, Gateway, Device) Metadata Preprocessing GE IoT Broker GE CDI GE Device FrontEnd GE S3C GE NetIC GE adapting data models storage and query on historical data access to actuator access to mobile devices (CDI GE) QoS and QoE on open Networks (NetIC GE)

38. Query Broker GE Complex Event Processing GE Publish Subscribe GE Gateway Data Handling GE Gateway Data Handling GE Gateway Data Handling GE Gateway Protocol Adapter GE adapting data models cleaning and aggregating of the data a reference query model extension of continuous queries on real time data flow online monitoring storage and query on historical data reference event model new event/pattern registration event/pattern detection

39. Things and Resource Mgnt GE Service Control GE Data Access Policy GE Identity Mgnt GE resources: device centric (energy, memory,…) and network centric (bandwith) IoT Advanced Connectivity GE for service control Management API (device, resource, QoS, dependability, security, capillary Net) Resource resolution Authentication

40. composition Execution GE composition Editor GE Wirecloud mashup platform Service repository GE USDL application development GE Registry GE storing of services USDL descriptions service life cycle support no FIWARE GE monitoring service usage. Will it be part of the forthcoming Business Modeling GE?

41. CONCLUSIONS Mapping: - At first sight, apart from cluster specific architecture layers, most of OUTSMART architecture is covered by FI-WARE CP -Some GEs cover multiple Outsmart components. -Some Outsmart components, require multiple FI-WARE GEs. -Most GEs are not available for 1 st release. Issues: -We adopted the iCore based USDL upon suggestion from the FIWARE Serv&App, but can’t now migrate to linked USDL as FIWARE did, due to time constraints -It was difficult to accommodate the mapping to substantial changes in the FIWARE IoT architecture -pbs for identifying official FIWARE contacts for specific GEs: the tracker is not responsive enough Suggestions: -To FI-WARE: Keep track of old GEs. More generally, a change log would be much useful. -To FI-WARE: publish the name of the official contact for each GE and each asset -Identify as soon as possible the available functionalities for 1 st release. -To FI-WARE: Please ensure scalability.

42. SANTANDER POC ARCHITECTURE Some functions have been left out (e.g. security related functions) FI-WARE assets used: SENSEI IoT management tools IDAS Metadata Preprocessing GE service life cycle support no FIWARE GE monitoring service usage. Will it be part of the forthcoming Business Modeling GE?

43. SANTANDER – UTILITY POC

44. SANTANDER – UTILITY POC (PLANNING)

45. APPENDIX

46. PoC SCENARIOS

47. BERLIN- INTELLIGENT PUBLIC WASTE BASKET

48. BIRMINGHAM - SUSTAINABLE PUBLIC TRANSPORT

49. Time Carbon Footprint Time Carbon Footprint

50. THANK YOU QUESTIONS?