Introduction of Okinawa Open Laboratory and it's activities (iPOP2015)
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This document introduces the Okinawa Open Laboratory (OOL) and its activities. It discusses OOL's motivation to promote open innovation through an open testbed. The testbed uses OpenStack and Software Defined Networking (SDN) technologies. It allows remote and on-demand access to bare metal servers and resources. OOL aims to connect open source development communities to the market through use cases, testing, and reference models. Future work areas include Network Functions Virtualization, white-box technologies, and expanding use cases.
Introduction of Okinawa Open Laboratory and it's activities (iPOP2015)
- 1. Okinawa Open Laboratory 1 Introduction of Okinawa Open Laboratory and it’s activities Apr. 21, 2015 NEC Corporation Takashi Torii
- 2. Okinawa Open Laboratory 2 Who I am? Platform Service Division in NEC, and works about business of OpenStack and Cloud Japan OpenStack User Group Board Member Chief of Testbed WG, Okinawa Open Laboratory
- 3. Okinawa Open Laboratory 3 https://www.openstack.org/summit/tokyo-2015/
- 4. Okinawa Open Laboratory 4 Agenda Our Motivation OOL Testbed Architecture Technology Activities Future Works
- 5. Okinawa Open Laboratory 5 Our Motivation
- 6. Okinawa Open Laboratory 6 Gartner Hype Cycle for Emerging Technologies Source: Gartner (August 2014)
- 7. Okinawa Open Laboratory 7 Lifecycle Innovation
- 8. Okinawa Open Laboratory 8 How to make Innovations?
- 9. Okinawa Open Laboratory 9 Key Success Factor of Open Innovation Open Fast Collaboration
- 10. Okinawa Open Laboratory 10 Activity Model OOL connects OSS development communities and market via use cases and reference models to expand user base of next- generation ICT platform in cooperation with members and partners OOL Value Chain: Use Case Verification Ref. Model Promotion PDCA Cycles: OOL Market, OOL OSS Development Communities OSS Development Communities Develop -ment Use Case Verifica -tion Ref. Model Promo -tion Issues/ Needs Application/ Use Okinawa Open Laboratory (OOL) Market/Users Testbed <Partners> • Standardization/ Promotion Organization - Linux Foundation - OpenStack Foundation - Open Networking Foundation - Japan OpenStack User Group - SDN Japan Executive Committee ... <Members> • Widely from - Industries - Academia • From Worldwide - Japan - Asian Countries ... User Base Joint Activity with OOL Collaboration with OOL
- 11. Okinawa Open Laboratory 11 Working Groups & Projects Working groups (WG) & Projects (PJ) WG: Improve efficiency of activities by showing activity policies and consolidation of laboratory assets and resources PJ: Promote member participation, diversification and expansion of member activities Operation process: Organize processes for formation approval and progress management <Operation Process> インタークラウドPJ インタークラウドPJ Testbed WG Education WG Education and Training PJ International Conference PJ Testbed Platform Enhancement PJ Testbed Wide Area Expansion PJ Testbed Management & Operation PJ PJ Formation Approval Process PJ Progress Management Process
- 12. Okinawa Open Laboratory 12 Architecture
- 13. Okinawa Open Laboratory 13 Key Features Online, Remote On-Demand Bare-metal Zero-Touch
- 14. Okinawa Open Laboratory 14 Concept of OOL Testbed server SDN switch OpenStack Your Site 1. Choice! Your Cloud 2. Deploy! Your APP Backup & Restore Your System 3. Run! Common platform developed, managed and operated by OOL for OOL and Members activities Evaluation of new technologies Conformance, interoperability and performance testing Validation of SDN/Cloud technology integration, uses cases and reference models (PoC: Proof of Concept) Always-on showcases and demonstration Hands-on training Easy to use by OpenStack with SDN as a Service (OS3)
- 15. Okinawa Open Laboratory 15 Testbed Service Offer member service of using bare metal resources in flexible topology online Possible to construct flexible topology by means of patch panel using OpenFlow Automatic configuration of environment that combines OpenStack and SDN
- 16. Okinawa Open Laboratory 16 How it works 16 1) Fully online Site (Servers) Express 5800 (Tester) IXIA (Switches) Centec V350 PF5240F Riava Your Site Internet BBA
- 17. Okinawa Open Laboratory 17 How it works 17 2) Resource and Network Topology can be designed
- 18. Okinawa Open Laboratory 18 How it works 18 3) Auto-deployment of OpenStack environment
- 19. Okinawa Open Laboratory 19 How it works 19 4) Full system backup and restore Backup Restore
- 20. Okinawa Open Laboratory 20 Technology
- 21. Okinawa Open Laboratory 21 Leaf-Spine Network OF-Patch: OpenFlow-based Patch Panel Spine x 4 Leaf x 48 Patches max 1920 port SDN Application to control bare-metal connectivity like patch panel Multi switch configuration as Leaf-Spine GUI Proto type
- 22. Okinawa Open Laboratory 22 OF-Patch OF-Patch Manager User OF-Patch GUI OpenFlow Controller (Ryu) OFS Host 1 Host 2 Host 3 Connect ports by Flow Other Software REST API
- 23. Okinawa Open Laboratory 23 Activities using Testbed
- 24. Okinawa Open Laboratory 24 ① Put load on virtual machines (VMs) in Okinawa from US ② Narrow down between US-Okinawa wide area network band frequencies ③ Wide area network monitoring alarms, adding VM in Tokyo ④ LB is newly activated in US, dispersing load between Okinawa and Tokyo Wide area automated scale control (Demonstrated at Interop Tokyo 2014) Distributed Load Balancing USA Okinawa Clients Tokyo ③ VM is automatically added by wide area network monitoring ④ LB is newly activated ④ Does not go through when LB in US is activated Wide area network monitoring ① Put load on VMs in Okinawa from US ② Narrow down network band frequencies between US-Okinawa
- 25. Okinawa Open Laboratory 25 Test tool for certificating OpenFlow Specification Running on the Testbed, and publish the result at https://github.com/oolorg/ool-ryu-certification Ryu Certification http://osrg.github.io/ryu-book/en/html/switch_test_tool.html#test-execution-image
- 26. Okinawa Open Laboratory 26 Cloud Native Application Framework: RACK options (input)ライブラリ プログラム compile psコマンド OS middleware libraries source 表示内容 表示範囲 出力形式 option1 option2 option3 launch openstack shared memory/pipe signal filesystem process process VM Template executable binary process forkfork OpenStack Native Application with RACK
- 27. Okinawa Open Laboratory 27 RACK Test Suite Environment OS Install servers 10 x compute node AMD/Seamicro SM15K Ansible CloudShell RackDeploy Driver OpenStack RACK ServerAuto-deploy RACK environment Auto-deployment of RACK
- 28. Okinawa Open Laboratory 28 OpenDaylight Use Case In enterprise use case Private cloud is build by OpenStack Office user would like to connect virtual machine in private cloud by local network All network is managed by single OpenDaylight controller Private Cloud Layer2 Switch Office vBridgeTenant 1 Tenant 2 VM VM OFS
- 29. Okinawa Open Laboratory 29 Future works
- 30. Okinawa Open Laboratory 30 Future Works NFV Framework White-box Use cases