Harmonizing IoT Platforms Towards a Common Smart Cities Ecosystem: A Practical Example for Smart Destinations

Transcription

1 Harmonizing IoT Platforms Towards a Common Smart Cities Ecosystem: A Practical Example for Smart Destinations Achille Zappa Linked Data Expert - Insight Centre achille.zappa@insight-centre.org Martín Serrano Head of IoT - Insight Centre martin.serrano@insight-centre.org Antonio J. Jara CEO - HOP Ubiquitous jara@hopu.eu

2 HOP Ubiquitous S.L. A pioneer company on innovation and Internet of Things (IoT) solutions developing full integrated research solutions for Smart Cities. We focus on the development of IoT products with ubiquitous connectivity to meet the needs of the human being at a global level, for this reason we have created innovative low power modules with M2M, IoT & LPWAN communications capabilities; allowing the connection of different platforms and products. Our IoT solutions use open APIs permitting to collaborate with IT companies such as Fujitsu, Nokia and Microsoft. We design our own hardware and firmware allowing scalable management that facilitates the implementation of large-scale deployments, maintenance, monitoring and ad-hoc sensors to meet the demand of the market. Wework in ETSI ISG CIM (FIWARE data models) and ETSI onem2m. Members Smart Cities Data Models Gold Members Smart Cities Open Ecosystem IoT & Smart Cities Members Data Processing & Management (FG-DPM) Co-chair Quality of Data Sensors (IEEE PAR 2510)

3 INSIGHT HOP Ubiquitous (NUIG) S.L. Experts on research enabling the convergence of software systems, the semantic web and the Internet, heavily focused on the evolution of Sensor Technologies, Artificial Intelligence and Robotics Systems. We investigate the use of Semantic technologies and cyber-security fundamentals to unify the real and the virtual worlds. Leaders on adaptive IoT middleware technology which abstracts data from heterogeneous sensor networks and bring this to a higher application-level(s) for enabling Big Data Systems management and also enable interconnected sensor networks and IoT sensor web data interoperability by using the Internet. The main areas of interest at IoT-Lab are as follow: Internet of things Architecture, Systems and Applications. M2M communication and End-to-End System Solutions. Methods and Algorithms for Big Data, Collection and Transformation. Cloud Computing Infrastructures and Data Management Platforms. Privacy and Security-Enabled Middleware Platforms. Member XG-SSN (W3C SOSA) Co-chair EU IERC (AIOTI WG01) Co-chair IoT Experimentation (IEEE ComSoc)

4 Transport Education Port Gov Industry Technology Business Data Energy Healthcare Others Smart HOP Ubiquitous City Stack - IoT S.L. Systems Federation Innovation Smart City Operating Systems Platforms and Tools for Privacy Management and Personal Data Application Infrastructure Regions of the Future Smart Region Connected Cities Software and Technology Support Modules

5 IoT Federation The FIESTA-IoT Approach HOP Ubiquitous S.L. HARMONY FIESTA provides a blueprint experimental infrastructure, tools, techniques, processes and best practices enabling IoT testbed/platforms operators to interconnect their facilities in a Federated way. IoT Cloud Data Sreams Semantic Interoperability IoT Systems Integration and Federation Linking and Reasoning FIESTA-IoT EaaS API FIESTA overall IoT platforms interconnection Federated IoT Data Services Experimenters / Service Providers EaaS Tools/Enablers FIESTA-IoT Meta- Semantic Resource Semantic Observations FIESTA-IoT Meta-Platform (Cloud-based) Internet of Things Architectures IoT / Cloud Resources IoT Research and Experimentation FIESTA-IoT Testbed API Resource Semantic IoT Resource s and IoT Services descriptions Semantic Observations Semantic Annotator... Semantic Annotator Resource Devices / Things / Resources IoT testbed #1 IoT testbed #N

6 Smart HOP Ubiquitous Destinations S.L. in Europe Tourism and City interaction Supported by: Services for Citizens Provided by: The customized design of cities is required in modern capitals to enhance the integration and interaction of visitors within cities, creating a complete, memorable and positive experience for the user. Smart City experience is achieved when a fluid or natural tourism is part of the city. Smart POIs are strategic areas of interest, consisting of a set of Smart Spots (the specific point of virtual connection) that points to a URL and create a physical space into a portal of information where everyone approaching the spot o spots can collaborate through a smart device to enhance the space. Users FIESTA-IoT CIty IoT Data from Deployed IoT City Platforms Smart Spots are a medium that defines communication between cultural heritage and the visitors or citizens. It offers direct access to different tourist services and products in a simpler way. The following are the main characteristics of a Smart Spot: Connect physical objects or places with the smart devices. Open a Online Applications with information designed to specific point All the information is sent to the cloud

7 Smart HOP Ubiquitous Destinations S.L. in Europe - HOP FINE-TUNE Project* Advanced air quality data analytics based on open and semantic annotated data Laboratory for advanced & Accurate Calibration. Reducing effect of cross sensitivity and individually for each sensor. Algorithms to estimate the gas concentration (PPB) with high accuracy. Algorithms to detect anomalies and loses of precisioon over time. Algorithms to adjust sensor parameters during device lifetime (fatigue compensation). Fine tune with cross systems data transfer based on Open Data** **FIESTA-IoT provides tools and federated access to open and semantic annotated data for air quality parameters in cities such as Santander, Spain, Crete, Greece, Paris, France,Guilford, UK. *Supported by FIESTA-IoT Project Open Call 2 for SMEs

8 FIESTA USER SIDE FIESTA SIDE FIESTA SIDE TEST BED SIDE APPLICATION FG MANAGEMENT FG SERVICE ORGANISATION FG IOT PROCESS MNGT FG VIRTUAL ENTITY FG IOT SERVICE FG SECURITY FG DEVICE FG User Management WEB Browsing & Configuration FC TPI Configurator Annotation validator Performance monitoring VE FG IOT SERVICE FG COMMUNICATION FG Standalone Experiments Meta-Cloud VE Data Endpoint Data Manager Data Broker VE Data Endpoint Meta-Cloud Data Endpoint Data Manager Data Broker Subscription Manager S. Data Repository Virtual EntityRegistry VE web f/e VE & VE Manager VE Service VE Broker Message Bus (annotated Data) or Topic related S. Descr. VE Service endpoint IoT Service/Resource Registry IoT Service/ Resource web f/e Resource Manager Resource Broker Rule Repository FIESTA Built-in Reasoner FIESTA Analytics (KAT) Pre-proc. Inference Engine IoT Service & Resource S. Descr. ML Other Algos IoT Service endpoint AuthN AuthZ Access Policy Admin KEM TTP FIESTA-IoT Platform IoT Service Endpoint iot-registry API direct interaction Access to data through resources IoT Service endpoints Connected HOP Ubiquitous Cities in S.L. Europe with FIESTA- IoT From FIESTA-IoT idea design to Implementation and from integration to FIESTA-IoT Data FEDERATED Services Abstract view Federated Model FIESTA-IoT EaaS API FIESTA-IoT Testbed API Resource Experimenters / Service Providers EaaS Tools/Enablers FIESTA-IoT Meta- Semantic Resource Semantic IoT Resource s and IoT Services descriptions Semantic Observations Semantic Annotator... Semantic Observations Semantic Annotator IoT testbed #1 IoT testbed #N Resource FIESTA-IoT Meta-Platform (Cloud-based) Reference Architecture Exp. Repo Testbed & Resource Registration ERM Semantic Triplestore Testbed TRR Repo Experiment Definition (FEDSpec) Testbed administrator Testbed Configuration & Management Experimenter Experiment execution EEE TPS S. Annotator Experiment Configuration iot-registry Semantic & Syntactic Validator Resource discovery TPI Configurator Get observations Push observations MB Dispatcher Message Bus (MB) TPI DMS EaaS Integration Testbed Modelling & Specifications Implementation Deployment & Integration FIESTA-IoT Services Data retrieval Schedule EMC IoT Data Services FIESTA-IoT FIESTA-IoT Ecosystem View

9 Federated HOP Ubiquitous IoT Data S.L. in Europe with FIESTA-IoT SERVICES Testbed Experiments Analy tics-aas Reasoning-aaS TOOLS FIESTA Analy tics FIESTA Visualization FIESTA Monitoring HELP Multiple IoT Data Services from European Deployments: Available Tools and Services. European Cross-Domain Data exchange. Data and Resource Monitoring. Analytics on Multiple Data Sources. FIESTA-IoT Internet of Things Smart Cities Data Interoperability (IoT Tesbeds) REGISTER IN FIESTA DATA CHECK-UP VALIDATION and COMPLIANCE RESOURCES REGISTRATION DEFINE PROPERTIES and TESTBED USABILITY USE YOUR TESTBED(S) DATA FIESTA-IoT FIESTA-IoT FIESTA-IoT Analytics Visualisation Reasoning FIESTA-IoT FIESTA-IoT FIESTA-IoT Experiments Catalog Community Testbeds IoT Data Samples FIESTA-IoT FIESTA-IoT FIESTA-IoT Documents Tutorials Demos

10 Connected HOP Ubiquitous health IoT-Enabled S.L. with ACTIVAGE AHA-IoT Applications IoT Services Integration Resources and Data Exchange Configure Free Applications AHA IoT-enabled Services API Integration IoT Data Repositories Metadata Management System Monitoring and Performance Accessibility and Platforms Protection IoT Platforms Interoperability IoT Sensor/Device Data Friendly Platform Protocol Data Protection Mechanisms Secured Access Control

11 Federated HOP Ubiquitous IoT-AHA Deployments S.L. with ACTIVAGE 50 Organizations (Including Data Stakeholders) 9 AHA-IoT Ecosystem Deployment Sites on 7 EU Countries > users (OA + Carers) > sensors deployed 1 common framework (AIOTES) Specifications, Models & Prototypes 2017 Implementation& Deployments 2018 Innovation & Integration 2019 AHA/IoT-enabled Services 2020

12 Next HOP Steps Ubiquitous Major S.L. Challenges Good Governance Interoperability and Policy at different levels in the Smart City Stack (Administrative & organizational) Integrate Diverse IoT Services (Organizational and Deployment) IoT Deployments operated by different organizations / departments Multiple IoT Deployments in Smart Cities Diverse IoT architectures and Platforms Alleviate Data Fragmentation (Data platforms and tools for interoperability) Deployment for larger scale and holistic applications (Multiple administrative domains and business contexts) IoT Smart City Federated Applications Enable multiple applications spanning on technology (Heterogeneous infrastructures and devices)

13 Conclusions HOP Ubiquitous S.L. Established Open API/Data Policy. Enabling Data Accessibility/Federation. Defining Services deployment. Promoting and creating standards. Pioneers on Support on Building the Smart City vision Open for Collaboration: H2020 research projects Board members on Smart City Networking in Europe Connected Smart Cities Eurocities EU Network of Living Labs Reputable Industry Collaboration Drivers of Workshops and Seminars OASC Presence and Referenced Expertise

14 Thanks for your attention Achille Zappa Linked Data Expert - Insight Centre achille.zappa@insight-centre.org Martín Serrano Head of IoT - Insight Centre martin.serrano@insight-centre.org Antonio J. Jara CEO - HOP Ubiquitous jara@hopu.eu