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Smart Internet R&D and Standardization

Smart Internet R&D and Standardization. Taesang Choi, Principal Research. GSC-18 Meeting, 22-23 July 2014, Sophia Antipolis, France. SMART Internet Infra R&D Initiative in Korea. S∙M∙A∙R∙T Internet is

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Smart Internet R&D and Standardization

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  1. Smart Internet R&D and Standardization Taesang Choi, Principal Research GSC-18 Meeting, 22-23 July 2014, Sophia Antipolis, France

  2. SMART Internet InfraR&D Initiative in Korea • S∙M∙A∙R∙T Internet is • SMART Internet is the Value Delivery Platform that implements IT and Network resource virtualization and Fixed-Mobile Converged network using SDN, NFV and Smart Node technologies. • SMART Internet values Open and Standard based Technologies, and focuses on management revolution to provides Best-Fit ICT environment for every application and user. ※ Soft, Manageable, Agile, Robust, and Trustworthy platform 2

  3. SMART Internet InfraR&D Key Features Smart Home Smart Work • Open Architecture Common H/W Platform for Extensibility • NFV-based Smart Node Platform for Distributed Micro-IDC • Carrier-grade SDN Control, Management & Orchestration for Network Virtualization • Cloud Service Brokering in Hybrid Inter-Cloud Environment • Large-scale Reference Site for Feasibility Testing Smart Broadcast Smart Community 3

  4. SMART Internet – Open Architecture Common Platform OpenArchitecture Common Platformand third party middlebox support Server Blade Big Data Service • Open standard architecture • Hardware Interface • Software Interface • Reference System Design • Intel CPU based Standard Server blade • Storage blade • 1Gx48, 10Gx20G, 100Gx1 and More • 3rd Party Solutions • ADC • Fixed-Mobile(LTE Femto and WiFi) unifiedaccess switch • Terabit router • Many more Middlebox to come Storage Blade Third Party Solutions L2/L3 Switch Cloud Service Router Open H/W Platform Interface EMS ADC Fabric Open System Interface FMC • • • • • • Add on solution Terabit Router Virtual Switch 4

  5. SMART Internet – Carrier-grade SDN CG-SDN for Network Virtualization and Customization for SMART services • Core Tech for Carrier-grade SDN • Scalable and Highly Available Controller • Measurable & Manageable Large Scale SDN • Formal Verification for SDN • Innovative SDN Applications • Automatic Configuration and Control for Optical Transport Resources • Secure and Optimized Fixed-mobile converged Access Control for QoE and Traffic Off-loading 5

  6. IRIS: Carrier-grade SDN Controller Scalable and Highly Available Hierarchical Distributed Platform • Hierarchical Control Arch. using Recursive Network Abstraction • Application-friendly Modular Architecture SDN Applications User Controller Implementation VTN Support Function VTN Manager Virtual Router & Gateway VTN Core Virtual Resource Manager • High Availability with Transparent Failover Controller Management Function Controller Development API • Horizontal Scalability Plugin-based Execution Environment Management Link Discovery REST NoSQL Topology Firewall Device Manager Failure Detection Lifecycle Management Forwarding State Manager Openflow-based HiSA Middleware Multi-domain Support Horizontal Scalability Transparent Failover Openflow Protocol Handling Function OpenFlow 1.x I/O Event Handling Function TCP/SSL Accelerator • Easy-to-use • User Interface • Integrated DB Support Switches (Data plane) 6 • Open-source Controller • http://openiris.etri.re.kr

  7. Controller Architecture for Scalability

  8. IRIS-RAON RAON Architecture A Network as a “Big Switch” :-P Recursive Abstraction of Large Networkinto a single switch with many ports OF-Agent

  9. vNMS & SUMA: Virtual Infra Management • Scalable & Reliable Control via smart control traffic classification and filtering • Programmable Unified Monitoring of client, network & control traffic and resource info • One stop provisioning, performance monitoring/analysis & fault management via • Common Information Repository VTN Application vNMS Common Information Repository Cloud Orchestration Client SDN Controller Provider SDN Controller Legacy NMS Control Message Software-defined Unified Monitoring Agent (SUMA) Control Message OF Traffic Physical and Virtual Mgmt Resource Info Control Message Cloud Networking/ Resource Traffic VM VM VM VM VM VM VM VM VM OFS Virtual Tenant Network A VS VS VS VS VS VS OVS OVS OVS Tenant-B Tenant-A Xen or KVM Xen or KVM Hypervisor OS MIB MIB MIB Legacy Network G/W G/W G/W G/W Virtual Tenant Network B X86 H/W X86 H/W X86 H/W OFS OFS SDN Network OFS 9

  10. VeriSDN : SDN Formal Verification • Two Verification Modes • Runtime symbolic verification • Off-line symbolic verification Applications (Python, Java, C, Ruby, etc.) 1. Execution (SDN Controller) Static Checking Applications (Python, Java, C, Ruby, etc.) Model Checking 2. Formal Verification 1. Execution (SDN Control Emulator) Theorem Proving ….. Static Checking Model Checking 2. Formal Verification SDN Data plane (heterogeneous devices, switches, etc.) Theorem Proving ….. Off-line symbolic verification Runtime symbolic verification Verified Applications 10

  11. TTA PG220 Activities • TTA PG220 (Future Internet Project Group) • Develop standards for Smart Internet • Participants: ETRI, KT, SKT, LGU+, Ubiquoss, Dasan networks, etc. SDN/Smart Internet Virtual network (Application/Service) App-N Smart Broadcast App-Y Smart Home (5) SDN programming API Smart Work App-X Network/Service Controller (4) Network controller CSB-SDN Interface (3) SNP Service Interface Smart Node Platform (Smart Internet S/Wplatform) SNP NFV SDN switch (2) SNP SystemInterface Smart Node Smart Node Tera-gradeplatform NFV-enabled L4-L7 Appliance NFB platform (1) Common H/WPlatform (Tera-grade) ..... Smart Node Smart Node Smart Internet 11

  12. TTAPG220 Standards (1/2) • Common hardware platform NFB common platform Tera-gradeplatform NFV-enabled L4-L7 Appliance 12

  13. TTAPG220 Standards (2/2) • Common software platform 13

  14. STRATEGIC DIRECTION • SDN and NFV standardization is under progress in parallel. Global coordination among two groups is required • SDN/NFV standardization in software platform and relevant interfaces are actively in progress but that of hardware platform is relatively in active. For open hardware platform standardization requires attention • Transport SDN seems a common interest as a high priority item among fixed or wireless carriers. Faster standardization efforts may help the relevant industry • Standardization of SDN South/North-bound APIs are under active progress but East-West interface needs coordination as well GSC-18, 22-23 July 2014, Sophia Antipolis

  15. CHALLENGES & HOT ISSUES • Autonomic management and control (AMC) are also attracting attentions for cloud data center management and M2M/IoT infrastructure management. Efforts to combine AMC with SDN/NFV in terms of standardization are also worth of global standardization collaboration • NFV introduces many virtual middleboxes and service chaining is one aspect of managing them but more comprehensive management framework and its standardization are needed for widely distributed middleboxes GSC-18, 22-23 July 2014, Sophia Antipolis

  16. NEXT STEPS / ACTIONS • Possible standardization items for collaboration • T-SDN • SDN Scalability and Reliability Architecture • SDN East-West Interface • Autonomic Management and Control • Co-work among GSC members including various SDO activities such as ITU-T SG13/SG15, IETF, and ONF GSC-18, 22-23 July 2014, Sophia Antipolis

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