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symbIoTe - IoT Week Belgrade, 02 Jun 2016, Belgrade, Serbia

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Presentation of the H2020 symbIoTe project during the IoT Week Belgrade (http://iot-week.eu/events/iot-week-belgrade/), Serbia. More info at www.symbiote-h2020.eu.

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symbIoTe - IoT Week Belgrade, 02 Jun 2016, Belgrade, Serbia

  1. 1. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko Symbiosis of smart objects across IoT environments symbIoTe Ivana Podnar Žarko, University of Zagreb, Technical Manager ivana.podnar@fer.hr IoT Week Belgrade, May 31st - June 2nd 2016
  2. 2. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 2 Overview • symbIoTe in a Nutshell • Vision & Technical Challenges • Benefits and Opportunities • Architectural Sketch • Use Cases and Trials
  3. 3. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 3 symbIoTe in a Nutshell interoperability and mediation framework which will enable IoT platforms to cooperate/collaborate
  4. 4. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 4 Vision & Technical Challenges Hierarchical, adaptive and dynamic IoT environments Unified and secure access to physical and virtualized IoT resources Resource discovery and mediated access across platforms Security: access scopes and identity management Platform federation for cooperative sensing/actuati on tasks Seamless roaming of smart objects across smart spaces
  5. 5. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 5 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
  6. 6. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 6 Architectural Sketch
  7. 7. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 7 • Smart Residence • Smart Mobility and Ecological Routing • EduCampus • Smart Stadium • Smart Yachting Testbeds and Demonstrators
  8. 8. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 8 Device Domain Smart Space Domain Cloud Domain IoT Platform 1 IoT Platform 2 Domain-Specific Application 1 Sensors Virtual sensor representation within a smart space domain Virtual sensor representation within the Cloud domain Domain-Specific Application 2 symbIoTe virtual IoT environment for Application 2 Application Domain symbIoTe VE 2 filter sensor data aggregate sensor data actuate symbIoTe VE 1 symbIoTe VE 1 Device Roaming Smart Space virtualization Smart Residence Use Case • Goal: Demonstrate cross-IoT domain services in the Smart Home/Office – From detection of user’s presence to appropriate context setting – Virtualization of IoT gateways and wireless MAC – Integration with Smart Health devices • symbIoTe Innovations – Local cloud and dynamic service composition (symbIoTe middleware) – Manage and access functions across any available devices – Data integration, consolidation and analysis • Wellness • Personal health and safety • IoT platforms in use – Symphony (NXW) – nAssist (S&C) – KIOLA (AIT) – TarquinIoT (UNIDATA)
  9. 9. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 9 Smart Mobility and Ecological Routing • Goal: Minimize exposure of citizens to pollutants and provide shortest route – Fusion of environmental data from mobile sensors and fixed stations. – Usage of traffic data and parking spot occupancy • symbIoTe Innovations – symbIoTe enabler for air quality monitoring – High-level symbIoTe API for ecological routing calculations – Calibration algorithms for mobile sensors – Multiple data sources used through symbIoTe API wrapper • Air quality (OpenUWEDAT) • Network graph characteristics • Traffic congestion • IoT platforms in use – OpenIoT (FER) – OpenUWEDAT (AIT) – MoBaaS (UW) Device Domain Smart Space Domain Cloud Domain IoT Platform 1 IoT Platform 2 Domain-Specific Application 1 Sensors Virtual sensor representation within a smart space domain Virtual sensor representation within the Cloud domain Domain-Specific Application 2 symbIoTe virtual IoT environment for Application 2 Application Domain symbIoTe VE 2 filter sensor data aggregate sensor data actuate symbIoTe VE 1 symbIoTe VE 1 Device Roaming Smart Space virtualization
  10. 10. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 10 EduCampus Use Case • Goal: Federated cross-IoT domain Campus services – Collaboration service – Indoor navigation service – Room booking service • symbIoTe Innovations – Provide open ecosystem for campus services across various IoT platforms – Device roaming – Data integration and consolidation • Existing building information management systems • Proprietary sensor management systems • IoT platforms in use – OpenIoT – Legacy building information management systems
  11. 11. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 11 Smart Stadium Use Case • symbIoTe Innovations – Easy and transparent use of indoor location platforms – Sharing the same indoor location platform among different applications • Goal: Support stadium visitors at any time – Linking digital and physical worlds in a unique experience – Visitors: enhanced full experience – Managers: management of infrastructure and service providers • Expected impact, potential advances and future opportunities – New business opportunities for third party application and services – Potential for improving environmental impact on the city Device Domain Smart Space Domain Cloud Domain IoT Platform 1 IoT Platform 2 Domain-Specific Application Sensors Application Domain aggregate sensor data actuate Device Roaming Smart Space Interconnection symbIoTe Environment filter sensor data Virtual sensor representation within a smart space domain Virtual sensor representation within the Cloud domain
  12. 12. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 12 Smart Yachting Use Case Device Domain Smart Space Domain Cloud Domain IoT Platform 1 IoT Platform 2 Domain-Specific Application Sensors Application Domain aggregate sensor data actuate Device Roaming Smart Space Interconnection symbIoTe Environment • Goal: Automate the information processes between megayachts and mainland – User’s setting follow-me from the smart yacht to the smart home through the smart port – Enhanced information for mooring services from Port Authorities – Automated supply chain activation for refitting, maintenance and yacht services – Context-driven information on different devices (e.g. updated public port information on kiosks, streams from TVCC, environment sensors, etc.) • symbIoTe Innovations – Smart eco-system in yachting market • IoT platforms in use – Symphony (NXW) – NAVIGO DIGITALE (NAVIGO)
  13. 13. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 13 The symbIoTe Consortium
  14. 14. Twitter: @symbiote_h2020 © 2016 – The symbIoTe ConsortiumIvana Podnar Žarko 14 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

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