RISE: SDN Testbed on JGN-X -RISE Orchestrator- NICT Nobuhiko Itoh History of RISE RISE1.0 RISE2.0 RISE Orchestrator 2009 Testbed start-up Widely deployment 2011 Multi-tenancy Preparation of VM 2014 Virtualization of topology Integrated operation Physical logical Tokyo Sapporo Kanazawa Okayama Fukuoka Osaka Okinawa NagoyaOsaka Sendai StarBED To Los Angels Tokyo Nagoya To Bangkok, Singapore Osaka Nagoya RISE Orchestrator -Virtualization of topology-   Premise   fixed physical topology   Needs   User wants various topology   Ring, Star, Tree, etc   Topology with desirable sites X Tokyo Y Osaka Layered OpenFlow NW for virtualization of topology   Design   Upper layer (U-land) for user   U-land OFS for user   Middle layer (K-land) for operator   K-land OFS for operator   Under layer (JGN-X-land) U-land K-land JGN-X-land Create each different topology by this layer’s routing Mechanism to realize virtualization of topology   Definitions   Logical link: between User OFSes   ID: RISE ID   K-land link: between RISE OFSes e.g. RISE_ID_1:K1⇒K3⇒K2 routing table creation Logical link U1 U2 K1 K3 K2 K-land link Switch id match action K1 header of user data embed RISE_ID output to K3 K3 RISE_ID_1 output to K2 K2 RISE_ID_1 delete RISE_ID output to U2 Integrated Operation   Work flow for creating user’s testbed Future work!! Verification Hearing Target Target: reduction of deploy hours   RISE Orchestrator for archiving this target Command GUI Reduction of deploy hours: 2 hours ⇒ 10 minutes!! Not require experience RISE Orchestrator demonstration Collaboration with world projects Europe US Asia   Europe: Interconnecting with OFELIA   SDN Testbed straddling Europe and Japan   US: Interconnecting with OS3E   Implementation of RISE controller’s functions in OS3E controller   Asia (Singapore and Thailand): Service deployment of RISE   Deployment of RISE with NEC’s OpenFlow Switch   Technical Transfer of SDN Conclusion   RISE Orchestrator   Virtualization of topology   With K-land for operator We can deploy desirable topology with desirable sites!! Tokyo Osaka   Integrated operation   Transition from “command” to “GUI” Reduction of deploy hours: 2 hours ⇒ 10 minutes!! Not require experience   Thank you!!