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Why SDN and ON.Lab are hot topics in networking
- 1. Why SDN and ON.LAB are Hot Topics 1
- 2. Exponential Interest MARKET $2 $3.7 Billions May 2012 Dec 2012 ACQUISITIONS EVENTS Attendees 400 1,500 400 Oct 2011 Apr 2013 STANDARDIZATION Members 51 90 Feb 2012 Feb 2013 Jul 2012 Oct 2012 Nov 2012 Dec 2012 Feb 2013
- 3. More Products Announced And Available More Start-Ups and VC investment too!
- 4. Crossing the SDNChasm BROADER ADOPTION Number of Organizations Adopting SDN 2009 2012 Time
- 5. SDN Definition Forwarding includes both wireline and wireless. Southbound API offer L1/L2/L3 forwarding abstraction. Applications could be Routing, Traffic Engineering or Mobility. 3rd party components Apps Apps Network OS Apps Apps Network OS Open Vendor Agnostic Interfaces & Standards Open Interfaces Network Hypervisor Open Interfaces Logically Central Separation of Control & Forwarding Forwarding
- 6. Why An OpenSource Community Open Source At A Glance 600,000+ projects 100+ Billion lines of code 10 Million person-years of work SDN innovation will come from open source like 40% of cloud innovation 15% of mobile enterprises 19% of mobile apps Empowered community and continuous improvement Huge creative and diverse potential for unprecedented scale Free software tools and platforms accessible to all Support from passionate SDN experts Freedom to use, redistribute and modify without IP infringement Source: Black Duck
- 7. Unlocking Network Potential Traditional Networking Control plane embedded into the box Closed proprietary with no open interface A big barrier to innovation The Promise of SDN Separation of forwarding and control planes Open and vendor agnostic interface (e.g. OpenFlow) Well defined control plane abstractions to enable rapid innovation Need to create new tools Use them and modify them freely to experiment new possibilities Exchange ideas and experience
- 8. Leveraging A Strong SDN/OpenFlow Foundation Invention Platform Development Demonstrations Deployments And Beyond 2007 – Creation of SDN Concept 2007 – Ethane 2008 – NOX, OpenFlow 2009 – FlowVisor, Mininet 2010 – Beacon 2009 – Stanford 2010 – GENI started and grew to 20 universities 2013 – 20 more campuses to be added 2008-2011 – SIGCOMM 2011 – Open Networking Summit, Interop 2012 –Defining SDN research agenda for the coming years
- 9. ON.LAB Role IDEASBROADER ADOPTION Early stage ideas and prototypes from the research community Leveraged by organizations and users for commercial usage Development Distribution Deployment Support Demonstrations Proven applicability by the ON.LAB community OUR VISION Open The Cloud Infrastructure For Innovation OUR MISSION Develop, distribute, deploy, and support open source Software-Defined Networking (SDN) tools and platforms
- 10. Bridging Two Worlds IDEAS BROADER ADOPTION Demonstration Development Deployment Support Distribute
- 11. A Shared Goal Vendors Chip vendors Equipment vendors Users Research Computer science R&E community Members Organizations Service providers R&E network operators Cloud providers
- 12. People Behind ON.LAB NICK MCKEOWN – Board Member • Stanford •ONRC •ONF • Start-ups •Cisco GURU PARULKAR – Executive director, Board Member • Stanford •ONS •ONRC SCOTT SHENKER – Board member • Berkeley •ONF WILLIAM SNOW – VP of Engineering •Nortel Networks •Cisco • IBM • Start-Ups •Dev./QA/Ops/Support LARRY PETERSON – Chief Architect • Princeton • PlanetLab Thomas Vachuska – ONOS Chief Architect •HP Prajakta Joshi – Director of Product •Cisco • Foundry • Brocade Madan Jampani – Distributed System Architect •Amazon
- 13. ON.LAB Portfolio 3rdparty components Apps Apps Open Interfaces Network OS Apps Apps Network OS Network Hypervisor Open Interfaces Forwarding SDN IP-Peering ONOS FlowVisor Mininet Testing