Agenda08:30 - 09:00am

State of OpenFlow and SDN -- Nick McKeown, Stanford University

09:00 - 09:30amOpenFlow/SDN Deployments -- Guru Parulkar, Stanford University

09:30 - 09:45amOpenFlow as a Networking Substrate for GENI -- Chip Elliott, GPO

09:45 - 10:00amOpenFlow Interest in China -- Jianping Wu, Tsinghua University/CERNET

10:00 - 10:30amBreak

10:30 - 11:00amScalability & Reliability of Logically Centralized Controller -- Martin Casado, Nicira

11:00 - 11:30amOpenFlow/SDN Solutions for Campus Networking -- Guido Appenzeller, BigSwitch

11:30 - 12:00pmGoogle's Perspective on OpenFlow/SDN -- Stephen Stuart, Google  

12:00 - 01:00pm Lunch

Agenda

01:00 - 01:30pmExperience with OpenFlow on Campus and Future Plans -- Matt Davy, Indiana Univ

01:30 - 02:30pmOpenFlow/SDN on University Campuses -- Panel Chair - Matt Davy 

02:30 - 03:00pmBreak  

03:00 - 05:00pmClosed Vendor Talks on Their OpenFlow Products/Solutions and Roadmaps

05:00 - 06:00pmStrategy session among CIOs, NLR, I2, CENIC, GPO and Stanford

OpenFlow Trials and DeploymentsSDN CIO Summit 2010

Srini Seetharaman, Masa Kobayashi, Paul Weissmann, Johan van Reijendam & Guru Parulkar

Stanford University

In collaboration with Martin Casado and Scott ShenkerAnd contributions by many others

Highlights• Stanford deployment

– Within the group for a year: production and experiments– Transitioning to OpenFlow 1.0 – To scale later this year

• Nation-wide trials and deployments– 7 other universities and BBN/GPO deploying now– Internet 2 and NLR to deploy soon– GEC9 in Nov, 2010 will show case nation-wide OF and applications

• Global trials – EU funded three large projects related to OpenFlow– Japan demonstrated 17 node network and video distribution– Over 60 organizations experimenting

2010 likely to be a big year for OpenFlow

Stanford Deployment

Focus of Our Deployment

• OpenFlow network thus far – Enable experiments alongside production– Achieve as good performance as non-OpenFlow

• Going forward– Achieve better control, manageability and

performance than non-OpenFlow network

“OpenFlow-ready” Gates Building

McKeown group network in 3A wing of William Gates building

HP switches loaded with OpenFlow firmware

OpenFlow-enabled McKeown Group

NEC(necsw2)NEC(necsw2)

NEC(necsw)NEC(necsw)

NEC(necsw3)NEC(necsw3)

HP(hpsw1)HP(hpsw1)

NEC(necsw4)NEC(necsw4)

C3.2

Basement

Flash Lab

CleanSlate Breezeway

G356G350

G331G351G344G337

G337G342

2 APs

AP

2APs

25APs(via tunnel)necsw4anecsw4a

Toroki(of-qci-trk1)

Toroki(of-qci-trk1)

HP SW3HP SW3

G352

Internal demo network

wireless

wired

Gates Net

C3.3

Demo Infrastructure with Slicing

Flows

OpenFlow switches

WiMax

Packet processor

s

WiFi APs

Two Closets + FlashLab + Basement

OpenFlow Production Use

• Wired network– 18 users across 7 rooms in Gates 3A wing

• Wireless network (last week)– 77 unique users opted-in to open wireless net: ofwifi

Network Availability/Stability on the Rise

April 2009 Aug 2009

Next Steps for Stanford Deployment• McKeown Group

– Complete OpenFlow 1.0 transition – Continue experiments to demonstrate SDN potential – Interoperability of new devices and software in production setting

• Gates building– Test VLAN across entire building– Enable OpenFlow for systems’ group– Opt-in users– Extend to other groups

• CIS/CISX building– Deploy OpenFlow in computer lab switches– Deploy OpenFlow wireless APs– Interconnect with island in Gates building using 10G links

Nation-wide Trials and Deployment

Eight universities, GPO/BBN and two national research backbones

OpenFlow as GENI Networking Substrate

GEC9: Big Show and Tell

• Special GENI Engineering Conference in Washington DC

– November 2010

• Invitees to include leaders from

– Government agencies, companies, and universities

• Plenary session to feature 3-6 demos over GENI

– Exercising and building on the OpenFlow substrate

GEC9 – Demo Infrastructure

• Apha GENI2.0

– A nation-wide integrated sliceable computing and networking infrastructure

• Networking substrate

– OpenFlow based

– 9 campus networks interconnected by NLR and I2

– Extensible to Japan

• Computing substrate

– PlanetLab and Emulab based

– Many clusters at 8 campuses and backbone POPs

GEC6 Demo Highlight

• Dynamically created a slice for running a distributed web hosting service

– Computingslice providedby PlanetLab

– Network sliceprovided byOpenFlow

GEC7 Demo Highlights

• 6 campuses demonstrated their OpenFlow test network

ClemsonLaptop handoff experiments across 2 APs and 1 Toroki switch

ClemsonLaptop handoff experiments across 2 APs and 1 Toroki switch

Washington Distributed web-hosting across Stanford and UWash

Washington Distributed web-hosting across Stanford and UWash

Wisconsin OpenSAFE network monitoring

Wisconsin OpenSAFE network monitoring

Indiana2 PlanetLab nodes connected to 3 HP OpenFlow switches controlled by SNAC to restrict traffic

Indiana2 PlanetLab nodes connected to 3 HP OpenFlow switches controlled by SNAC to restrict traffic

Rutgers OpenFlow usage in the ORBIT Lab sandbox

Rutgers OpenFlow usage in the ORBIT Lab sandbox

Georgia Tech NOX-based captive portal for admission control over 5 OpenFlow switches spread across campus

Georgia Tech NOX-based captive portal for admission control over 5 OpenFlow switches spread across campus

Global OpenFlow Trials

Three New EU Projects:Ophelia, SPARC, CHANGE

24

L2 Packet Wireless Routing

Pan-European experimental facility

L2 Packet Optics Content delivery

L2 Packet Shadow

networks

L2 L3Packet Optics Content delivery

L2 Packet Emulation Wireless Content

delivery

EU Project Participants

• Germany– Deutsche Telekom Laboratories– Technische Universität Berlin– European Center for ICT– ADVA AG Optical Networking– NEC Europe Ltd.– Eurescom

• United Kingdom– University of Essex– Lancaster University – University College London

• Spain– i2CAT Foundation– University of the Basque Country,

Bilbao• Romania

– Universitatea Politehnica Bucuresti

• Sweden– ACREO AB (Sweden)– Ericsson AB Sweden (Sweden)

• Hungary– Ericsson Magyarorszag

Kommunikacios Rendszerek KFT• Switzerland

– Dreamlab Technologies – Eidgenössische Technische

Hochschule Zürich• Italy

– Nextworks– Universita` di Pisa

• Belgium– Interdisciplinary Institute for

Broadband Technology– Université catholique de Louvain

OpenFlow Deployment in JapanNEC and JGN2Plus (NICT)

26

• Network virtualization and slicing• HD video distribution in different slices

– Baseball game– Snow festival

Global InterestNon-Scientific Survey

Interest in OpenFlow

Current Trials

• 68 trials/deployments spanning 13 countries

USA-AcademiaStanford University, CA University of Washington, WA Rutgers University, NJ Princeton University, NJ Clemson University, SC Georgia Tech, GA University of Wisconsin at Madison, WI University of Indiana, Bloomington ICSI Berkeley, CA University of Massachusetts at Lowell Clarkston University Columbia University (course offered) University of Kentucky UC San Diego UC Davis iCAIR/NorthwesternRice University Purdue University Northern Arizona University

Current Trials and DeploymentsUSA-Industry Internet2 Cisco Juniper HP Ciena Deutsche Telekom R&D Lab Marvell Broadcom Google Unnamed Data Center CompanyToroki Nicira Big switch networks Orange Labs

USA-GovernmentBBN Unnamed Federal Agency

Brazil University of Campinas Federal University of Rio de Janeiro Federal University of Amazonas Foundation Center of R&D in Telecomm.CanadaUniversity of Toronto Germany T-Labs Berlin Leibniz Universität HannoverFrance ENS Lyon/INRIA India VNITMahindra SatyamItaly Politecnico di TorinoUnited Kingdom University College LondonLancaster UniversityUniversity of EssexTaiwanNational Center for High-Performance Computing Chunghwa Telecom Co

Current Trials and DeploymentsJapan NEC JGN PlusNICT University of Tokyo Tokyo Institute of Technology Kyushu Institute of Technology NTT Network Innovation Laboratories KDDI R&D Laboratories Unnamed UniversitySouth Korea KORENSeoul National University Gwangju Institute of Science & TechPohang University of Science & TechKorea Institute of Science & TechETRIChungnam National UniversityKyung Hee UniversitySpain University of Granada Switzerland CERN

More Upcoming Deployments: China

• China– CERNET– CSTNET

…..and many others!

Highlights• Stanford deployment

– Within the group for a year: production and experiments– Transitioning to OpenFlow 1.0 – To scale later this year

• Nation-wide trials and deployments– 7 other universities and BBN/GPO deploying now– Internet 2 and NLR to deploy soon– GEC9 in Nov, 2010 will show case nation-wide OF and applications

• Global trials – EU funded three large projects related to OpenFlow– Japan demonstrated 17 node network and video distribution– Over 60 organizations experimenting

2010 likely to be a big year for OpenFlow