Head of Unit Network Technologies DG CONNECT European Commission

Transcription

1 Building a commoneu vision for Internet of Things(IoT) Thibaut Kleiner* Head of Unit Network Technologies DG CONNECT European Commission

2 The Internet of Things is the next digital revolution Everything will be connected= convergence of physical and digital IoT + Cloud Computing + Big Data (+cyberphysical systems and robotics) = new smart products and services We may be approaching another'iphone moment' The Internet of Things is not another technology hype Research cycle is maturing Demand is consolidating Leading to innovation and tremendous economic opportunities Europe has the capacity to lead We have all the ingredients (research, players, eco-system ) But there is a big risk of fragmentation and delay in front of international competition 2

3 Internet of Things Breakfast time Smart dough for a perfectly baked brioche Smart cup monitoring the temperature of your coffee Fresh flowers due to SMART vase monitoring plants' watering needs Smart plateto calculate the calories you are having for breakfast

4 Internet of Things- SMART Home

5 The IoT offers tremendous opportunities Gartner forecasts 26 billion online by 2020; ABI Research puts that number at 30 billion; Cisco estimates about 50 billion... McKinsey forecasts IoT market in 2025 worth 2.5T 6T Many areas start adopting IoT Smart Cities Smart mobility Industrial Internet Smart Home and assisted living Public safety Energy & environment Agriculture Tourism Internet of Things

6 IoTcangenerategrowthin the EU IDC 2014=> IoTwill expand with yearly growth rates of more than 20% in value between 2013 and IoTrevenues in the EU28 will increase from more than 307 bnin 2013 to more than 1,181 bnin 2020, including HW, SW and services. 1,400,000 7,000 The number of IoT connections within the EU28 will increase from approximately 1.8 bnin 2013 to almost 6 bnin ,200,000 1,000, , ,000 6,000 5,000 4,000 3,000 Installed base million Revenue million 400,000 2, , ,

7 R&I agenda for the IoT FP7- Ignition phase FP7 research results (platforms, architectures, demonstrators) Building the eco-system ICT30: Building the eco-system, breaking silos CPS-IoT, Using platforms integrating devices, embedded systemsand network technologies for a multiplicity of novel applications + ODI, FI-ware accelerators, IERC, standardisation etc Going to market WP16-17: Focus Area on Internet of Thingswillfocus on experimentation with real-life solutions beingtestedatlarge scale with users Deployment

8 Internet of Things has been continuously supported on research and policy level during FP7 Research funding over seven years (FP7, CIP, joint calls) Creation of research portfolio - 3 FP7 calls with a direct budget of 100 MEUR 5 IPs for conception R&D and piloting > 15 STREPs for specific challenges (e.g. security) 5 CSAs for innovation support and international co-operation Application areas: Smart City, e-health, Industry, Logistics, Support by European Technology platforms EPoSS, ARTEMIS Creation of IERC Internet of Things European Research Cluster Link to Future Internet PPP (Generic Enabler) Policy support towards innovation and take-up Driving IoT Standardisation initiatives Convocation of a dedicated IoT Expert Group on IoT Governance Exchange and cooperation with MS government initiatives on IoT International co-operation on IoT with China, Japan, Korea, Taiwan, US and Brazil CAF Connect Advisory Forum IoT workgroup (innovation stakeholder) Link to new EC Data Protection Regulation

9 Results and achievements in wider context IOT ARCHITECTURES IoTReference Architecture and Open IoT platform Clouds of internet-connected objects, Open source middleware framework Adaptive middleware for small solutions Virtual objects and composite VO semantics City infrastructure as a cloud service (CIaaS) Future Internet PPP Generic Enablers and platform approaches (FI-WARE, FI-CORE) Open platforms ReAALand Universaalfor home environment (smart home) Cyber-physical systems (I4MS) for manufacturing IOT SOLUTIONS IP-based smart objectsconnectivity with low power consumption Naming and identification systems Test-driven service creation environment for business services Reliable communication and selfconfiguration mechanisms in industry Context-awareness, cognitive framework object networking Knowledge-Social-Business Experience Models Ubiquitous, secure location-based IoT Semantic interoperability approaches Embedded smart objects / Cyberphysical systems real-time measuring and decision making solutions

10 Results and achievements (cont d) IOT DEMONSTRATORS City-scale smart city experimental research facility in Santander Use-cases in e-health, Smart Mobility, Smart Office, Smart Shopping, Smart Home, Tourism, Smart Toys, Smart Agriculture IoTUse Cases in European Smart Cities (energy, environment, open data, transport, security, water mgt., social communities, urban regeneration) Health & Safety monitoring & control system including semantic sensing information processing Smart Campus platform for monitoring of municipality services, smart traffic and public transportation management Social Connected TV combined with device management Eco-conscious cruise control for public transport Urban environment monitoring for lighting, noise, pollution, waste generation, energy consumption Logistics Product Life-cycle Management Smart Manufacturing for textiles Smart Shopping pilot Smart Toys Smart Care / advancing active and healthy ageing

11 Stakeholders

12 Key challenges Remaining technological challenges Security and privacy, connectivity and reliability of data transmission at large scale, semantic interoperability Risk of fragmentation Between siloes, between standards, between MS Users' take up and acceptability Privacy, security, legal framework, user-friendliness Need to move into deployment Uncertainty about business models Uncertainty about standards International competition

13 ICT-30 (H2020 Call 2, WP ): IoT and Platforms for Connected Smart Objects (51 MEUR funding) "Createecosystemsof platformsintegratingfuture generationof devices, embeddedsystemsand network technologies for a multiplicity of novel applications" Architectures supporting: Dynamicconfiguration; Integrated smartness and connectivity; Self-organising, autonomous systems; Interoperableuse cases and applications 13

14 WP16-17: Internet of Thingsas a Focus Area? Opportunityto design IoTas a programme combining research, innovation/experimentation and horizontal actions Building bridges between SCs and LEIT Trying to re-inforce community-building across vertical silos and with industry

15 IoT Large ScalePilots (LSP) IoT LSP: beyond technology demonstration To meet key challenges: Overcome the fragmentation of vertically oriented closed systems, architectures and application areas in the field of IoT Foster the end-to-end value chain integration of Internet of Things, Big Data and Cloud approaches and technologies. Specific features: Make use of advanced ICT Technologies Involve all value-chain actors Address business model validation Address user validation and acceptability Position as close to real-life/market conditions as possible

16 EC standardisation Strategy A similar exercise to the one pioneered with the Cloud Computing standardisation initiative Co-ordinated by ETSI, with support of the EC Identification of business scenarios and applicable (or needed) standards Mapping Collaboration of multiple "verticals" Focus on cross siloes use cases Applicability/demonstrability of standards in large scale pilots to be implemented under H2020 WP Standards supporting the emergence of IoTplatforms and ecosystems

17 MS initiatives on IoT Somenational initiatives, ex: DE: Industry 4.0- factory of the future UK: Digital Catapult Centre FR:"Nouvelle France Industrielle"-Objects Connectes FI: IoT cluster of companies Activities linked to smart cities but no consistent approach=> riskof fragmentation and delay

18 What is still needed to respond to the existing market barriers and unleash the potential of IoT?

19 A common EU vision

20 A common EU vision IoT needs a Digital Single Market to strive Eliminating barriers to operate across borders (ex: roaming for connected cars) Economics of scale and scope to lower costs, increase efficiency and enhance innovation Inter-operability and common standards EU-wide IoT innovation eco-systems Common legal framework (trust, copyright, security, privacy, liabilities, ethics, etc.) enhancing EU values

21 A common EU vision IoT as an enabler for the Digital Single Market Together with Cloud technologies and Big data analytics, IoT provides a digital infrastructure leading into a more connected, more intelligent and more technology-enhanced society, reducing costs, improving productivity and enabling innovation in various economic sectors This can boost growth and employment, and deliver significant economic and societal benefits

22 Thank you - useful links: Internet of Things in DAE: Horizon 2020 The EU Framework Frogrammefor research and Innovation: IERC Internet of Things European Research Cluster 22