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Dr. Andreas Miaoudakis Foundation for Research and Technology Hellas (FORTH) Institute of computer Science miaoudak@ics.forth.gr Project name: VirtuWind (Project title: Virt Virtual and programmable industrial network prototype deployed in


  1. Dr. Andreas Miaoudakis Foundation for Research and Technology – Hellas (FORTH) Institute of computer Science miaoudak@ics.forth.gr

  2. Project name: VirtuWind (Project title: Virt Virtual and programmable industrial network prototype deployed in operational Win ind park) Industrial-grade QoS Inter-domain QoS for for intra-domain SDN SDN based NSPs Security-by-design Techno-economic analysis Trial at Technology Readiness Level TRL-7 Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  3. Project • Consortium • 9 members from 5 countries • 5 large industry partners • 3 research institutions • 1 SME • Budget • 4,874,902 € • Duration • 3 years • Project kicked off on July 2015 Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  4. VirtuWind Consortium Map Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  5. VirtuWind Aim • To develop a SDN & NFV ecosystem for industrial domains, based on open, modular, and secure communication framework • To develop a prototype demonstration for intra- domain and inter-domain scenarios in real wind parks as a representative use case of industrial networks • To quantify the economic benefits of such a solution. Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  6. VirtuWind Objectives 1. Realize industrial-grade QoS for intra-domain SDN solution 2. Guarantee inter-domain QoS for SDN based multi- operator ecosystem 3. Reduce time and cost for service provisioning and network maintenance 4. Assure security-by-design for the SDN and NFV ecosystem 5. Field trial of intra- and inter-domain SDN and NFV prototype 6. Collaborate with related 5G-PPP projects and contribute to relevant standards Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  7. VirtuWind Overall Concept • adapt SDN as per requirements in industrial networks by developing novel SDN-based mechanisms to reduce CAPEX and OPEX • Reduction of CAPEX in turbine control components utilizing new SDN & NFV based network architecture and providing a centralized, secure, highly available environment for virtualizing industrial control components; • reduction of OPEX by increasing the efficiency of industrial network management. SDN enables centralized industrial network configuration reducing costs for operation and maintenance. Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  8. VirtuWind challenges and impact • Areas to be addressed • Programmable industrial networks via SDN • Multi-tenancy support via NFV • Techno-economic analysis for foreseen OPEX and CAPEX reduction • Increase in service provisioning velocity • Assess industry-readiness at TRL-7 • Main impact • Boosting European competitiveness in wind business • Positioning Europe as the Centre of Competence for “QoS - enabled SDN/NFV” Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  9. Network requirements • Industrial-grade QoS (e.g. bandwidth, delay, jitter, packet loss, redundancy, etc.) • Industrial-grade security (e.g. least privilege principle, firewalls, mandatory policing, root of trust for • BIOS, OS, hypervisor and similarly for guest VMs etc.) • Multi-site (e.g. remote control centres and distributed installations) • Multi-tenancy (e.g. different stakeholders needing different access profile like plant owners, operators and maintenance engineers etc.) • SCADA virtualisation (e.g. server virtualisation and SCADA application virtualisation) Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  10. Existing wind park control network Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  11. Trial Scenario 1 Moving functionalities from remote to central location Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  12. Trial Scenario 2 Upgrade of a system and installation of a new service Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  13. Trial Scenario 3 Multi-site service deployment and update Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  14. VirtuWind Solution Wind-park solution as a representative industrial network Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  15. VirtuWind achievements • NFV Mano • OpenDaylight • Implementation of various controller modules • SFC chaining • 1 st trial @Brande wind park in a few days • 24 papers published • 9 Keynotes/Presentations in several events • Standardization Activities • IETF, ONF, IRTF Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  16. VirtuWind achievements VirtuWind architecture Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  17. VirtuWind achievements GUI Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  18. VirtuWind achievements DPI IDS SCADA IDS Honeypot Unknown Malicious Classifier Output SCADA Other Service Function Chaining Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  19. VirtuWind achievements • Demonstrations • MWC 2016 VirtuWind Demo, Barcelona, Spain • CoC COM Industry day, Munich, Germany • Second Global 5G Event, Rome, Italy • ISCC 2017 SFC Demo Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  20. VirtuWind achievements @ MWC 2016 (Barcelona, February 2016) Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  21. VirtuWind achievements Mr. Viola (the Director -General of DG CONNECT) 2 nd Global 5G Event (Rome, November 2016) Mr. Viola Director-General of DG CONNECT Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  22. VirtuWind achievements @IoT solutions world congress 2016 Dr. A. Miaoudakis, miaoudak@ics.forth.gr

  23. Thank you for your attention. More info at http://www.virtuwind.eu/ Any questions?

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