Marek Ko ł odziejski European Commission DG Information Society and Media

1. ICT Work Programme 2009/10 Objective 1.6 Future Internet experimental facility and experimentally-driven research Brussels 12 May 2009 Marek KołodziejskiEuropean Commission DG Information Society and Media New Infrastructure Paradigms and Experimental Facilities "The views expressed in this presentation are those of the author and do not necessarily reflect the views of the European Commission"

2. Internet of Things and Enterprise Environments Networked Media and 3D Internet FIRE Experimental Facility & Experimentally-driven Research Trustworthy ICT Internet of Services, Software and Virtualisation The Network of the Future ICT Challenge 1 ICT challenge 1 Pervasive and Trustworthy Network and Services Infrastructures Planned EU contribution under the federating theme “Future Internet” in 2009/2010: > 567 M€

3. “creating a research environment for investigating and experimentally validating highly innovative and revolutionary ideas“ To investigate, test and compare, at large scale, new paradigms and future internet architectures, and their socio-economic impact e.g. transport/routing paradigms, dynamic topologies, service architectures ... e.g. socio economic impact of putting intelligence into the core, changing the end-to-end principle, ... validation large scale experiment. long-term research requirements Testbed Testbed Testbed Testbed Testbed Testbed Purpose of FIRE Purpose of FIRE

4. Technological Economic Societal/Political Dimensions of Future Internet Dimensions of Future Internet Support investments: backward compatibility Need for (open) standards Security for commer-cial services and applications Terabyte networks Complexity Mobility Internet of things Clean slate approaches European competitiveness on future Internet (act where market forces fail) Consumer protection / empowerment Social responsibility: preserve neutrality, openness, fairness, social role Balance the need for security/accountability and the right to privacy

5. FP7 – WP 2009/10: Building the facility and stimulating its use FP6: Early design & prototyping • building the prototype FIRE Facility based on open coordinated federation of testbeds • supporting FI Research at different stages of R&D cycle • expanding scope towards service architectures • operati0nal prototype of FIRE Components to be gradually expanded • Stimulating innovativeuse of the FIRE Facility Testbed Testbed Testbed Testbed Testbed Testbed Building the FIRE Facility Building the FIRE Facility FP7 – WP 2007/08: Prototyping the federation concept • open and dynamic • focus on network connectivity layers • supporting academia and industry • proof-of-concept → pre-commercial tbs • understanding the socio-economic dim. • availability and gradual expansion of prototype services starting in 2008

6. FIREWORKS PARADISO experimentally-driven, multi-disciplinary research SmartNet VITAL++ OPNEX ECODE N4C Perimeter ResumeNet SelfNet WISEBED Federica Nanodatacenters validation Building the experimental facility large scale experiment. long-term research requirements PII OneLab2 Testbed Testbed support actions Testbed Testbed Testbed Testbed FIRE - Overview of Projects FIRE - overview of projects (from Call2 Objective 1.6: Community Funding 40 M€) ••• 7 FIRE Launch Event, Paris, 10 September 2008

7. FIRE - main project partners FIRE - main project partners • Industries/SMEs:Albentia, Alcatel-Lucent, Ericsson, Dimes, Nokia, Thales, Intel, Italtel, NEC Europe, Thomson , Norut, Solinet, BCT, PLA, OCTO • Operators:BT, France Telecom, Deutsche Telekom, Cosmote, OTE, RBB, Telefonica, Telekom Austria, Telekomunikacja Polska, Turkcell, VoiceGlobe, Vodafone-Panafon • Research Centers:ETH, Fraunhofer, WIT, Create-Net, RACTI, CNIT, EURESCOM, CERTH, INRIA, CNRS, KTH, CTRC, IBBT, Club of Rome, MIT, NICTA • Universities:Athens, Basel, Berlin, Bern, Braunschweig, Bucharest, Delft, Dublin, UPC, Geneva, Jerusalem, KCL, Lancaster, Liege, Lubeck, Lulea, Palermo, Passau, Patras, Madrid, Paderborn, Pisa, Poznan, Surrey, Tel Aviv, UPMC, Uppsala, Warsaw

8. Have a working prototype of the integrated FIRE facility in 2011 (9 months into Call 5 projects) Match the offer of the FIRE prototypes with the demand by research projects across Challenge 1 Establish FIRE Research as the Grand Challenge projects for the FIRE Facility Establish bilateral federations between FIRE prototypes and with other EU national or international facilities Establish FIRE as an integral part of a potential Future Internet PPP Challenges for 2009 and beyond

9. ICT WP 2009/10 - Objective 1.6: Future Internet experimental facility & experimentally-driven research FIRE experimentallydriven research 20 M€ for STREPs Building the FIRE experimental facility & stimulating its use 25 M€ for IPs Defining the challenges for the facility Takingadvantage ofthe facility FIRE Components(gradual expansion)(20%) FIRE Users (user stimulation)(20%) Co-ordination and support actions - 5 M€ for CSAs ICT Call 5

10. The FIRE facility shall allow for: Large scale experimentation with and comparison of visionary approaches for network architectures and technologies, service architectures and platforms, networked media and trustworthy infrastructures for the Future Internet. Experimentation with systems based on cross-layer/non-layered approaches; Direct involvement of user communities; Assessment of the socio-economic and environmental impact. The FIRE facility should be: Dynamic, Sustainable Open at all levels and based on open standards. Participation from INCO countries in particular at use level encouraged. Building the Experimental Facility and stimulating its use (1)

11. FIRE Components: Operational prototype to be provided at an early stage minimum 20% of the resourcesfor gradual expansion of functionality in a demand-driven and open way; by federating testbeds providing additional functionality within the facility. FIRE Users: Minimum 20% of the resources for extending the use for research groups that propose innovative usage scenarios exploiting the multiple dimensions and scale of the facility using the mechanism of open call High degree of innovation in the use of the Facility, including system level experiments making a comprehensive use of several components of the facility, large scale experimentation, broad involvement of user communities, assessment of socio-economic and other non-technological aspects. Results, lessons learnt and recommendations of mutual interest serving the needs of the users helping the Facility operators to refine the concept and the services of the Facility. Support of individual experiments to be focused on the setting up and running of the experiment typically not exceeding EUR 200 000 per experiment. Building the Experimental Facility and stimulating its use (2)

12. Experimentally-Driven Research in WP 2009-2010 Visionary multidisciplinary research: • Defining the challenges for and taking advantage of the Experimental Facility • Consisting of iterative cycles of research, design and large-scale experimentation of new and innovative network and service architectures and paradigms for the Future Internet • Research to consider the Future Internet as a complex system and therefore address all the associated aspects in a holistic vision and at all relevant levels and layers (taking a system perspective) • This includes the definition of relevant metrics taking into account energy, low cost, environmental or socio-economic aspects

13. Coordination of related EU-level and MSs / ACs activities International co-operation with other initiatives in industrial and emerging countries Collaboration on standardisation in order to exploit synergies Multidisciplinary networking of research communities addressing both technological and socio-economic and environmental aspects of the Future Internet Co-ordination of experience research and user-driven open innovation activities establishing common concepts, tools, roadmaps, methodologies, including the sharing of best practices across pilots and sectors. Co-ordination and Support Actions

14. Improved European competitiveness in Future Internet research and development by providing European researchers, in industry and academia, with a unique operational, sustainable, dynamic, and integrated large scale Experimental Facility, which is used by a significant number of Future Internet research projects in European and national programmes and beyond Establishing the methodology of experimentally-driven research for investigation of innovative concepts for FI taking a multidisciplinary and holistic approach Assessment at an early stage of the technological, societal, economic and environmental implications of changes to the Internet Strengthened European competitive position on experimentation environments through targeted international co-operation Increased acceptance and use of the concept of user-driven open innovation through demonstrated benefits from complementary approaches of open testbeds, pilots, experience research, etc. Expected Impact

15. We encourage the use of the FIRE facility created by: OneLab2 PII WISEBED VITAL++ Details, rules and contact persons on: http://cordis.europa.eu/fp7/ict/fire/ Use of the FIRE facility

16. Info Day for Objective 1.6 16 June 2009, from 9:00 to 17:00 Charlemagne building (room Jenkins), 170 rue de la Loi, 1040 Brussels. FIRE Week, Lulea, Sweden • Open workshop 1-2 July 2009 • Offering of FIRE Facility projects • Use-cases for FIRE • Expert Group Report (under consultations) DRAFT: http://www.ict-fireworks.eu/ http://cordis.europa.eu/fp7/ict/fire/ Where to find more information: