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Internet of Things Interoperability Challenges - SpliTech, 14 Jul 2016, Split, Croatia

symbiote-h2020
symbiote-h2020

Presentation of the H2020 symbIoTe project during the "Industry of Internet of Things: Experience, challenges and evolution" Workshop at SpliTech 2016 (http://splitech2016.fesb.hr/iot/), Split, Croatia. More info at www.symbiote-h2020.eu.

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息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko Internet of Things interoperability challenges symbIoTe Ivana Podnar 貼arko, University of Zagreb, Technical Manager ivana.podnar@fer.hr SpliTech2016, July 14th 2016
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 2 Overview Fragmented IoT environment FP7 project OpenIoT and semantic interoperability H2020 project symbIoTe: architecture vs. semantic and organizational interoperability
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 3 Sensors and actuators denoted as Things
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 4 A global infrastructure for the information society, enabling advanced services by interconnecting (physical and virtual) Things based on, existing and evolving, interoperable information and communication technologies. Through the exploitation of identification, data capture, processing and communication capabilities, the IoT makes full use of things to offer services to all kinds of applications, whilst ensuring that security and privacy requirements are fulfilled. In a broad perspective, the IoT can be perceived as a vision with technological and societal implications. ITU-T Y.2060 Recommendation, Overview of the Internet of things, June 2012 Internet of Things: a definition
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 5 Fragmented IoT environment Cloud-based IoT platform A Smart environment Big data storage, analytics, decision support tools, etc. Mobile & web applications User GW Devices Connectivity Device management Cloud-based IoT platform B
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 6 Reaching ~300 IoT Platforms Source: Beecham Research And many standardization activities: oneM2M, IEEE, Industrial Internet Consortium (IIC), IETF, OMA, AIOTI, Zigbee Appliance, LoRa Alliance
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 7 is the ability of two or more systems or components to exchange data and use information (by 3GPP) Interoperability Sources: H. van der Veer, A. Wiles, "Achieving Technical Interoperability the ETSI Approach", ETSI White Paper No.3, 3rd edition, April 2008 IERC, IoT Semantic Interoperability: Research Challenges, Best Practices, Recommendations and Next Steps, Position Paper, March 2015
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 8 Open Source Community for IoT Services 12/2011 02/2015 Open Source Linked Data Cloud Computing Internet of Things Privacy and Security IoT Data Management Mobile Sensing and Device Mobility Mng Semantic interoperability by means of a common core ontology Semantic Sensor Network Ontology FP7 Project OpenIoT www.openiot.eu https://github.com/OpenIotOrg/openiot
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 9 W3C Semantic Sensor Network Ontology Single Core Information Model IoT Platform A Native Applications Internal Information Model A Exposed Information Model A IoT Platform B Native Applications Internal Information Model B Exposed Information Model B Core Information Model Source: Michael Jacoby, Fraunhofer IOSB
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko Symbiosis of smart objects across IoT environments symbIoTe
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 11 symbIoTe in a Nutshell Interoperability and mediation framework for the future IoT ecosystem supporting next-generation cross-platform IoT applications
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 12 Vision & Technical Challenges Hierarchical, adaptive and dynamic IoT environments Unified and secure access to physical and virtualized IoT devices Device discovery across platforms Security: access scopes and identity management Platform federation for collaborative sensing/actuati on tasks Seamless roaming of smart devicess across smart spaces
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 13 Open source software for flexible IoT ecosystems that will allow the co-creation of added value IoT services Lower market entry costs for SMEs Benefits and Opportunities App developers rapid cross- platform application development to create innovative IoT applications Infrastructure providers simplified (re)configurati on of smart environments IoT platform providers increased user base new revenue streams End users enriched user experience with specialized apps across domains
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 14 Architectural Sketch
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 15 General Approach symbIoTe Core Services Enablers space Cross-Platform Applications IoT Platforms Space Smart Spaces Interworking interface/API Smart Devices Application Domain Cloud Domain Core interface/API Smart Space Domain Smart Device Uniform access to virtual resources (as services) Resource discovery across registered platforms Domain specific backend services Mobile & Web Apps Discovery and registration of new devices, dynamic configuration, documented interfaces Roaming devices between smart spaces/platforms Domain-specific API
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 16 Semantic Interoperability symbIoTe Core Services Cross-Platform Applications IoT Platform A Interworking interface/API Core interface/API IoT Platform B Interworking interface/API Search for adequate devices Integrate and use devices Core information model with extensions and mappings (for more flexibility) Platform cooperation
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 17 Organizational Interoperability IoT Platform A Interworking interface/API IoT Platform B Interworking interface/API Native Application Bartering and Trading Bartering and Trading Federation Manager Federation Manager Device from Platform A visits an environment operated by Platform B and can use the surrounding infrastructure in accordance with an SLA Platform collaboration
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 18 OpenIoT: interoperabilty using semantic sensor descriptions (SSNO) BETaaS: Building the Environment for the Things as a Service Open-source IoT platforms symphony (NXW): unified software platform for home automation MoBaaS (UW): mobility management platform with routing services, integrates selected FIWARE Generic Enablers nAssist (S&C): home automation system, focus on energy management Closed proprietary IoT platforms Project Assets
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 19 The symbIoTe Consortium
息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 20 Open Calls for partners who wish to: make their platforms symbIoTe- enabled, develop innovative applications on top of symbIoTe or deploy the symbIoTe approach in their domain through small- scale trials. Follow us and get engaged Join the IoT-EPI ecosystem! Contact Us Web: www.symbiote-h2020.eu E-mail: info@symbiote-h2020.eu @symbiote_h2020

More Related Content

Internet of Things Interoperability Challenges - SpliTech, 14 Jul 2016, Split, Croatia

  • 1. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko Internet of Things interoperability challenges symbIoTe Ivana Podnar 貼arko, University of Zagreb, Technical Manager ivana.podnar@fer.hr SpliTech2016, July 14th 2016
  • 2. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 2 Overview Fragmented IoT environment FP7 project OpenIoT and semantic interoperability H2020 project symbIoTe: architecture vs. semantic and organizational interoperability
  • 3. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 3 Sensors and actuators denoted as Things
  • 4. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 4 A global infrastructure for the information society, enabling advanced services by interconnecting (physical and virtual) Things based on, existing and evolving, interoperable information and communication technologies. Through the exploitation of identification, data capture, processing and communication capabilities, the IoT makes full use of things to offer services to all kinds of applications, whilst ensuring that security and privacy requirements are fulfilled. In a broad perspective, the IoT can be perceived as a vision with technological and societal implications. ITU-T Y.2060 Recommendation, Overview of the Internet of things, June 2012 Internet of Things: a definition
  • 5. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 5 Fragmented IoT environment Cloud-based IoT platform A Smart environment Big data storage, analytics, decision support tools, etc. Mobile & web applications User GW Devices Connectivity Device management Cloud-based IoT platform B
  • 6. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 6 Reaching ~300 IoT Platforms Source: Beecham Research And many standardization activities: oneM2M, IEEE, Industrial Internet Consortium (IIC), IETF, OMA, AIOTI, Zigbee Appliance, LoRa Alliance
  • 7. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 7 is the ability of two or more systems or components to exchange data and use information (by 3GPP) Interoperability Sources: H. van der Veer, A. Wiles, "Achieving Technical Interoperability the ETSI Approach", ETSI White Paper No.3, 3rd edition, April 2008 IERC, IoT Semantic Interoperability: Research Challenges, Best Practices, Recommendations and Next Steps, Position Paper, March 2015
  • 8. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 8 Open Source Community for IoT Services 12/2011 02/2015 Open Source Linked Data Cloud Computing Internet of Things Privacy and Security IoT Data Management Mobile Sensing and Device Mobility Mng Semantic interoperability by means of a common core ontology Semantic Sensor Network Ontology FP7 Project OpenIoT www.openiot.eu https://github.com/OpenIotOrg/openiot
  • 9. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 9 W3C Semantic Sensor Network Ontology Single Core Information Model IoT Platform A Native Applications Internal Information Model A Exposed Information Model A IoT Platform B Native Applications Internal Information Model B Exposed Information Model B Core Information Model Source: Michael Jacoby, Fraunhofer IOSB
  • 10. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko Symbiosis of smart objects across IoT environments symbIoTe
  • 11. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 11 symbIoTe in a Nutshell Interoperability and mediation framework for the future IoT ecosystem supporting next-generation cross-platform IoT applications
  • 12. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 12 Vision & Technical Challenges Hierarchical, adaptive and dynamic IoT environments Unified and secure access to physical and virtualized IoT devices Device discovery across platforms Security: access scopes and identity management Platform federation for collaborative sensing/actuati on tasks Seamless roaming of smart devicess across smart spaces
  • 13. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 13 Open source software for flexible IoT ecosystems that will allow the co-creation of added value IoT services Lower market entry costs for SMEs Benefits and Opportunities App developers rapid cross- platform application development to create innovative IoT applications Infrastructure providers simplified (re)configurati on of smart environments IoT platform providers increased user base new revenue streams End users enriched user experience with specialized apps across domains
  • 14. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 14 Architectural Sketch
  • 15. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 15 General Approach symbIoTe Core Services Enablers space Cross-Platform Applications IoT Platforms Space Smart Spaces Interworking interface/API Smart Devices Application Domain Cloud Domain Core interface/API Smart Space Domain Smart Device Uniform access to virtual resources (as services) Resource discovery across registered platforms Domain specific backend services Mobile & Web Apps Discovery and registration of new devices, dynamic configuration, documented interfaces Roaming devices between smart spaces/platforms Domain-specific API
  • 16. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 16 Semantic Interoperability symbIoTe Core Services Cross-Platform Applications IoT Platform A Interworking interface/API Core interface/API IoT Platform B Interworking interface/API Search for adequate devices Integrate and use devices Core information model with extensions and mappings (for more flexibility) Platform cooperation
  • 17. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 17 Organizational Interoperability IoT Platform A Interworking interface/API IoT Platform B Interworking interface/API Native Application Bartering and Trading Bartering and Trading Federation Manager Federation Manager Device from Platform A visits an environment operated by Platform B and can use the surrounding infrastructure in accordance with an SLA Platform collaboration
  • 18. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 18 OpenIoT: interoperabilty using semantic sensor descriptions (SSNO) BETaaS: Building the Environment for the Things as a Service Open-source IoT platforms symphony (NXW): unified software platform for home automation MoBaaS (UW): mobility management platform with routing services, integrates selected FIWARE Generic Enablers nAssist (S&C): home automation system, focus on energy management Closed proprietary IoT platforms Project Assets
  • 19. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 19 The symbIoTe Consortium
  • 20. 息 2016 The symbIoTe ConsortiumIvana Podnar 貼arko 20 Open Calls for partners who wish to: make their platforms symbIoTe- enabled, develop innovative applications on top of symbIoTe or deploy the symbIoTe approach in their domain through small- scale trials. Follow us and get engaged Join the IoT-EPI ecosystem! Contact Us Web: www.symbiote-h2020.eu E-mail: info@symbiote-h2020.eu @symbiote_h2020

Editor's Notes

  • #7: During last 4 years, we have seen an explosion in terms of numbers of new platforms. At the beginning of 2015, our counting went over 200, but we have discovered many others during the second part of 2015.
  • #12: Motivation and opportunities: a multitude of highly-specialised IoT solutions which target niche markets A promising landscape can easily turn into a deployment and management nightmare especially for small stakeholders! Clear separation of concerns between stakeholders focus on their specific solutions and business models
  • #13: Virtual Personal Assistants (across platforms)
  • #15: Cross-layer approach IoT platforms as black boxes, closed platforms contributed by SMEs. Will be ehnaced by additional symbIoTe service (e.g. bartering and trading of resources) otherwise noti provided by native platforms.