7th sdn expert group seminar - session1
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2014-04-14
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2014 OpenFlow Korea All Rights Reserved
Overcoming GlobalTech Trend
April, 2014
OpenFlow Korea(www.OPENFLOW.or.kr)
발표자 : 안종석 (James)기술매니저james@openflow.or.kr
2014 OpenFlow Korea All Rights Reserved
Contents
in the Market
ONS Updates
ONF Updates
Summary
1
2
3
4
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Hundreds of SDN Jobs
2014 OpenFlow Korea All Rights Reserved
Interop: What's Driving SDN Today?
There are multiple ways in which SDN is being deployed today, with OpenFlow controller-
based approaches leading, cited by 33 percent of respondents. 31 percent of respondents
said that they were using overlay-based SDN approaches, which include VMware's NSX and
Juniper's Contrail. 27 percent of the study's respondents said that they were using an SDN
controller with multiple protocols and APIs
By Sean Michael Kerner | Apr 2, 2014
http://www.enterprisenetworkingplanet.com/netsp/interop-whats-driving-sdn-today.html
Vendor A
Vendor C
Vendor B
Academia
Start-up 1
Start-up 2
Start-up n…..
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News News News
ONF on OpFlex
Posted on April 3, 2014 by Dan Pitt
ONF Executive Director Dan Pitt offers his thoughts on OpFlex, openness, and the southbound interface.Many people have approached ONF for feedback on Cisco’s announcement of OpFlex. While some are making this a battle between standards, others are simply asking what the role could be for both OpFlex and OpenFlow in SDN. While we’ll have some additional commentary on OpFlex in the days to come, I’d like to share a few thoughts with you now on the importance of being truly “open” and what we see as the essence of SDN.
“Open Network Linux” could boost viability of vendor-neutral switches
by Jon Brodkin - Apr 4 2014, 10:50am +0900
LAS VEGAS—The Facebook-led Open Compute Project has spent the past year building an “open” switch that can boot nearly any type of networking software, giving customers more alternatives to proprietary switch vendors like Cisco.Intel, Broadcom, Mellanox, and Cumulus Networks jumped on board last November, contributing specifications and software that will bring the project closer to a finished design. They weren’t alone, though: Software-defined networking vendor Big Switch Networks, in January, donated what it calls Open Network Linux (ONL) to the project.
http://arstechnica.com/information-technology/2014/04/open-network-linux-could-boost-viability-of-bare-metal-switches/?utm_content=buffer54af9&utm_medium=social&utm_source=linkedin.com&utm_campaign=buffer
https://www.opennetworking.org/blog/
2014 OpenFlow Korea All Rights Reserved
ETSI + ONF = SDN4NFV
• ONF and ETSI announce strategic collaboration for SDN support of NFV
https://www.opennetworking.org/blog/
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Transformation of network hardware
NFVTechnology changing faster than deployment.
2014 OpenFlow Korea All Rights Reserved
스마트 네트워킹 핵심기술의 연차별 목표
ETRI 통합과제 검토위원회(‘14.3.18.)
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Keynotes at ONS 2014
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ONF Members (142 as of March 2)3TEN86WINDA10 NetworksActive Broadband NetworksADVA OpticalAlcatel-Lucent/NuageAlibabaAricentArista Networks Aruba NetworksAtto Research KoreaAuvik NetworksBaiduBarefoot NetworksBeijing Internet Institute (BII)Big Switch NetworksBISDNBlue Ocean NetworksBroadcomBrocadeBTI SystemsCentec NetworksCeragonChina MobileChina TelecomCienaCiscoCitrixColtCoriantCorsa TechnologyCriterion NetworksCyan Dell/Force10
Deutsche TelekomECI Telecom
EricssonEstiNet TechnologiesETRIExtreme NetworksF5/LineRateFacebookFiberhome TechnologiesFishNet SecurityFreescaleFriestyFujitsuGencore SystemsGigamonGlimmerglassGoldman SachsGoogleGuardicoreHitachiHPHuaweiIBMInfineraInfobloxIntelInstitute for Information IndustryIntelligent Security ManagementIntune NetworksIP InfusionItentialITRIIxiaJuniper NetworksKDDIKEMP TechnologiesKonodracKorea Telecom
L3 Communication Systems-East
LancopeLevel3 CommunicationsLSI CorporationLuxoftMarvellMediaTekMellanoxMetaswitch NetworksMicrosoftMidokuraMRVNAIM NetworksNCL CommunicationNECNetgearNetronomeNetscout SystemsNSNNoviFlowNTT CommunicationsOki Electric Industry CoOptelianOracleOrangeOverture NetworksPCCW GlobalPertinoPica8PlexxiProcera NetworksQosmosRackspaceRadwareRiverbed Technology
Saisei NetworksSamsungSanctum NetworksSDN EssentialsSDN SolutionsSK TelecomSpirentSwisscomTail-f SystemsTallac NetworksTata CommunicationsTekelecTelecom ItaliaTelefónicaTelekom MalaysiaTelesoft Technologies TellabsTencentThalesTileraTransmodeTW TelecomUBIqubeVello SystemsVerizonVirtelaVmware/NiciraVodafoneWipro LimitedXilinxXinguardXpliantYahoo!Zhone TechnologiesZTE
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Different Shades of SDN
True SDN
Orchestration
/Automation
Trad
itional Netw
SDN ’H
ook’
Overlay Net
for DC NetwVirt.
Trad
itional Netw
+ White Box
Trad
itional Netw
+ White Box + Orch.
Decoupled
Trad
itional Netw
Decoupled Traditional
Netw+ GlobalView
Open Source
SeparateD C
Simplicity
Programmability
Lower Capex
Lower Opex
2014 OpenFlow Korea All Rights Reserved
Exhibitors:
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NTT Docomo
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• Reference for Korea• Auto-Scale for Nation Wide Disaster
Voice
Video
Normal Nation Wide Disaster
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Andromeda ‐ SDN Based Substrate
• Andromeda Network Datapath with integrated programmable NFV (Scale out, Critical optimization applied e2e)
• Goal: near native performance, CPU efficiency
VM TXFirewall / Security
Rate Limiting
Billing Routing Phys TX
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Use Case for SDN/NFV
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• OpenFlow as the Service Chaining Protocol
• Enterprise Network Functions such as Firewall, WAN Optimization, Load Balancer and QoS
• Traffic Classification using OpenFlow
• Service Chain is a list of input and output ports (Virtual & Physical) connecting VNFs
2014 OpenFlow Korea All Rights Reserved
Load Balancer Use Case
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• freescalewants to lead its OpenFlow standard
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Protocol-Independent Packet Processors
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ONF Organization & Governance
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ONF Board
Executive Director (Dan Pitt)
Technical Advisory Group
Testing LeadershipCouncil
Chipmakers Advisory Board
Council of Chairs
Arch & Framework
Extensibility
Config & Management
Testing & Interop
Forwarding Abstractions
Migration
Optical Transport
Wireless & Mobile
NBI
Working Groups
Discussion Groups• Security• L4-7• Carrier-Grade SDN
Committees• Market Education
Research Associates
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Specification Parallel Tracks
Constraints
• Incremental improvement on 1.X pipeline
• Board decided 1.3.X is a long term release
Goals
• All kind of networking devices – flexibility
• Software devices want rapid innovation
• Hardware devices want stable and solid releases
• Grounded and real – require prototyping
Plan
• OpenFlow 1.3.X specification : long term support
• ONF Extensions for 1.3.X : new features
• OpenFlow 1.X specifications : extensibility, incremental pipeline improvements
• OpenFlow 1.0.X : no work planned
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Extensibility WG Status
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• OpenFlow 1.0.2– Done – November 2013 - TCP port is 6653
• OpenFlow 1.3.4– In ONF wide review - Please review !– 1.3.4-rc3 released – see mailing list– 37 erratas – Plug-fest & vendor feedback– Release April 2014
• OpenFlow 1.5 & ONF Extensions– In Incubation phase – no new proposals– Incubating & prototyping proposals– Release mid to end 2014
• OpenFlow 1.6 & ONF Extensions– After 1.5 is done– Themes defines area of focus
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Discussions: 5 themes for 1.5
• 5 themes
• Tunnel handling improvements
• Flow local control (learn, bidir, state...)
• L4/L7 service support (steering, chaining...)
• Error / anomaly handling
• Fitness for carrier usage
• Some of the other proposals for 1.5
• EXT-109 - Match on TCP flags
• EXT-334 - Make flow statistics extensible
• EXT-340 - Time Extension
• EXT-350 - Selectively add & delete group buckets
• EXT-379 - Make meter an action
• EXT-388 - Port pipeline field metadata
• EXT-427 - Controller able to send pipeline fields21
2014 OpenFlow Korea All Rights Reserved
Open Flow Extension for Traffic Steering
• Simple Extension (Phase 1) – OF Extension to control L4-L7 traffic steering (stateless, same as today’s OF wire protocol) – Redirect traffic to 3rd party generic appliances, i.e. create a tunnel to pass traffic across some network nodes/links
• Stateless Extension with floating pointer (Phase 1.5): – With floating pointer for matching criteria. E.g. with a bitmap for matching criteria – Index to existing fields plus offset & length
• Tracking flows: learning micro(Individual) flows and keep the states (Phase 2) – Learn new 5 tuples, and apply actions
• More sophisticated OF Extension (Phase 3): – Combine more than one packets to match HTTP header
• Longer term OF Extension (Phase 4):
L2 Header
L3 Header
L4 Header
Payload
PointerMatch
Window of match field value, with mask option
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L4-L7 statistics
• For What? Where? When and How?
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L4-L7 stats types and characteristics for ONF L4-L7 architecture
Stateless L4 stats Network attacksOpenFlow switch
Stateless L7 stats Application attacksOpenFlow switch or other L4-L7 service function (DPI)
Statefull L7 stats and telemetriesAPTL4-L7 service function (DPI)
Existing OF and Stateless extension to OF1.4 / 1.5
Stateless OpenFlow Extension with floating pointer OF ?
Statefull OF extension for Layer 4-7 ServicesOF Future
Thoughts ? Any comments, additions or contributions to L7 stats project are welcome!
2014 OpenFlow Korea All Rights Reserved
NBI in SDN
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Network abstracted resource (VN, VC, Policy)
Resource Resource Resource
Policy Policy Policy
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Protocol-Independent Packet Processor
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• The abstract switch forwarding model
2014 OpenFlow Korea All Rights Reserved
Myths & Misconceptions
• SDN is Network Virtualization
• SDN == NFV
• SDN is about centralized control
• OpenFlow is not mature
• OpenFlow does not scale
• Do we really need another protocol?
• We can’t just throw away our existing networks
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2014 OpenFlow Korea All Rights Reserved
Summary: Overcoming Global Tech Trend
SDN기반의 NFV 관련 표준화를 고려하는 개발 계획 관련 분야를 포함하는 저변 확대 글로벌 시장 진출 기회
2014 OpenFlow Korea All Rights Reserved
OpenFlow Korea(www.OPENFLOW.or.kr)
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