From Innovative Niches to a Cooperative IoT Ecosystem

Transcription

1 From Innovative Niches to a Cooperative IoT Ecosystem SOFIA AIVALIOTI, LARA LÓPEZ, MARCIN PLOCIENNIK, ADAM OLSZEWSKI, CORINNA SCHMITT, YVES STEINER, DAVIDE MONFORTE, ZWICKL PATRICK 3RD INTER-OSS WORKSHOP INTEROPERABILITY AND OPEN SOURCE SOLUTIONS FOR THE INTERNET OF THINGS BILBAO, JUNE 6, 2018

2 IoT ecosystems An IoT ecosystem is created by different elements: devices data, an IoT platform, applications and users. Connect Collect Analyze Deliver Devices Data IoT Platform Apps In the center of this system we have the IoT Platform. The IoT platform orchestrates this multi-stakeholder interaction that can provide the value creation.

3 Limitation of current IoT ecosystems Heterogeneous network Multiple value streams that overlap but not communicate Most IoT data produced are not currently used Major players dominating the market, vertical silos Missing innovation opportunities from smaller player

4 Interoperability A horizontal connection of IoT ecosystems: IoT platforms, devices, systems services, applications Nearly 40% of the total value that can be unlocked requires different IoT systems to work together and can reach up to 60%

5 Working together SHARECONOMY Value creation works in 2 ways Co-creation: cooperative environment Coopetition: mutual benefits but competing in market

6 The symbiote Case symbiosis of smart objects across IoT environments Open Source interoperability framework Brings together IoT platforms vertically isolated for delivering new services and applications Unified way to expose and search of IoT resources The symbiote Consortium

7 Platforms Federation Decentralised and close collaboration of IoT Platforms Choose the partnerships Develop trusted relationships Create value by selling, buying & exchanging IoT data Create/co-create new products Scale up across domains & regions Product A Platform A Product A+B Platform B Product A+B+C Product A+C Product C Product B+C Platform C Product B 2018 The symbiote Consortium

8 Smart Mobility & Ecological Routing 3 platforms OpenIoT (providing air quality data from mobile devices and wearables), openuwedat (providing air quality data from fixed sensors), MoBaaS (Routing service, traffic and parking data) symbiote enabler for interpolation & route calculation symbiote SM&ER Goal Provide users with ecological routes thought a mobile app 2018 The symbiote Consortium

9 Value Network Analysis 2018 The symbiote Consortium

10 Platform federation benefits New innovative robust products with more diverse and dense data New partnerships, (include smaller IoT players) Creation of new value streams Scalability potential 2018 The symbiote Consortium

11 Challenges in Cooperative IoT Ecosystems Cost-effective/ ROI Establish a sustainable and stable ecosytem Small players want to maintain their unique selling points and are not willing to loose control over resources Trusted relationships, quality data and secure interactions

12 Takeaways Break the silos bringing together heterogeneous IoT systems for further value creation and build new partnerships. Make efficient use of physical spaces, devices, data and the cloud to accelerate innovation across sectors and regions. It is worth changing, not only the way we exchange resources and data, but also the way we do business. Catalonia s Human Tower Collaboration & Co-creation

13 Grant Agreement No Thank You! H2020 symbiote github.com/symbiote-h2020