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Evolution to the cloud- the role in NASA’s network

Evolution to the cloud- the role in NASA’s network. Chris Janson Ciena August 15, 2011. Agenda. IT trends and definition of ‘the cloud’. What ‘the cloud’ brings to NASA. Network evolution to the cloud.

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Evolution to the cloud- the role in NASA’s network

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  1. Evolution to the cloud- the role in NASA’s network Chris Janson Ciena August 15, 2011

  2. Agenda IT trends and definition of ‘the cloud’ What ‘the cloud’ brings to NASA Network evolution to the cloud

  3. Cloud Computing represents the next stage of evolution in the convergence of communications networking • Cloud computing will help government … • Quickly adopt modern applications that improve mission effectiveness • Assure uniformity of information access • Improve agency efficiency and cost effectiveness

  4. Agency/enterprise networking requirements Source: Enterprise surveys, The Future of Data Center Wide-Area Networking, Forrester Research 5/10

  5. What is ‘the cloud’? A style of computing in which scalable and elastic IT-enabled capabilities are delivered as a service to external customers using Internet technologies. Cloud computing is a model for enabling convenient, on-demand network access to a shared pool of configurable computing resources (e.g., networks, servers, storage, applications, and services) that can be rapidly provisioned and released with minimal management effort or service provider interaction Prefer to call it x as a Service, where x is a consumable service resource that customers can buy in an on-demand fashion over the network. Cloud Services enable customers to procure infrastructure services where and when they need them and pay for them on a consumption based model An emerging IT delivery model —cloud computing—can significantly reduce IT costs & complexities while improving workload optimization and service delivery. Cloud computing is massively scalable, provides a superior user experience, and is characterized by new, internet-driven economics. The Consumerization of Information Technology through internet-like consumption & delivery models X as a Service networking storage server improved economics through sharing

  6. A cloud networking enables you to… Lay a dynamic and scalable foundation to accelerate enterprise transition to cloud-based, carrier-class services Manage network investment risks through network simplification, automation and convergence technologies Create a seamless extension of enterprise IT assets within the Cloud Service Provider’s infrastructure

  7. The breaking point Escalating costs, complexity and inflexibility of application-specific IT infrastructurewastes precious budget dollars 75% 10% P&C as % of initial CAPEX 1.4x Growth of IT professionals in the next 10 years 70¢ per $1 Spend on IT Maintenance & Operations 85% Amount of idle computing capacity in typical data center 80% Amount of idle capacity in a storage system 44x Growth of information in the digital universe in the next 10 years

  8. Arguments for cloud in the agency Administrator Mission Directorates IT/IS Internet Application Providers Solution Integrators Independent SW Vendors Strategic Value Process Consultants Infrastructure Service Providers Economic Value Technology Value CFO CIO Internet Content Providers IT Outsourcing Services Operational Value Telecom Service Providers ICT Technology Vendors How to build a Next Gen Data Center Building your own hyper-efficient data center based on the latest power, cooling & cloud technologies How to NOT own a Data Center Accessing advanced networking & IT services from trusted partners who own and operate cloud infrastructures Architecture Model Business & Operations Model

  9. Evolution from private to external cloud Data center networking expands to link to cloud resources – private, external, hybrid Private Cloud External Clouds Data Center B Data Center A Cloud Computing Cloud Storage Virtual machine and storage mobility Data Center C Enterprise IT applications Disaster Recovery Development and testing Workload migration SaaS = Software as a service (applications) PaaS = Platform as a service (development) IaaS = Infrastructure as a service

  10. Aiming for the clouds - convergence Public & Private Cloud Services Collocation Managed Hosting Managed App Services On-demand Services • App as a Service • Business applications • Disaster recovery • Business continuity • DC as a Service • Real estate, security • Reliable power, cooling • Network provider connectivity • Bare Metal as a Service • Managed servers & storage (dedicated) • Network provider choice • High capacity internet • On-demand XaaS • Self-service & elasticity • Compute intensive & variable workloads • Vertical market focus • Dynamic • Flexible • Infrastructure agnostic • On-demand • Pay per use • Granular Content Clouds Wholesale Clouds Enterprise Clouds IT Service Clouds • Control • Security • Performance • Scalability • Manageability • Predictability IT Solution Providers Application Services Internet Content Providers BCDR Services Converging Services, Missions & Providers Telecom Service Providers Communication Services

  11. Layers in the cloud Services Platform DNS Msg DB Services Software-as-a-Service Business Applications (CRM, ERP, UC) Users & Business Processes • SaaS delivers provider-owned application capability as a plug-in and go experience with SLAs • Apps or Web Services run on the provider’s infrastructure Services SaaS App ISV Web Srvcs Platforms & Compute Platform-as-a-Service • PaaS delivers application run-time infrastructures as a plug-in and go experience with SLAs Frameworks Infrastructure-as-a-Service Policy, Control Mobility QoS Virtualzn • IaaS delivers standardized virtualized computing environments as plug-in and go experience with SLAs Information Technology Network Cloud Backbone • Delivers connectivity to global virtualized service resources as a plug-in and go experience with SLAs • Operates at Internet scale, with Ethernet flexibility and optical performance Communications

  12. Segments of the cloud Enterprises Service Providers Virtualized applications CRM, ERP, e-mail, communications, collaboration Applications services with dedicated infrastructure & fixed capacity contracts SaaS: On-demand and automated provisioning of SW applications • Bought by IT departments and consumers • Bought by software development teams • Bought mainly by IT depts.; consumers for storage Applications (SaaS) Integration platforms and tools (Oracle DB, Microsoft Azure) Integration services Managed virtualized platform services PaaS: On-demand and automated provisioning of run-time platforms Middleware (PaaS) Virtualization platforms Enterprise & DC gear (server, storage, switching) Dedicated infrastructure services Managed virtualized environment IaaS: On-demand and automated provisioning of servers & storage IT Infrastructure (IaaS) Market shifts are driving a new network service delivery paradigm Private network builds SONET, DWDM rings Switched & routed nets Dedicated network capacity & carrier managed services Private line, switched ethernet & IP VPNs Shared network services Fixed capacity, reserved, guaranteed and best effort network services Network Infrastructure Private Hosted Private Multi-tenant Public

  13. Virtual machine movement use cases Largest job takes days even with fast networks Small job still needs 40-100 Mbps network to get done in less than two days Amount of … Value of fast network to quickly respond to urgent needs Data Time + + + + Note: assuming 80% of rated speed, no bw degradation

  14. Virtual machine migration VM migration through Ethernet path L2 domain and trunk termination avoids spanning tree problems Useraccess FC Ethernet FC Ethernet 802.1Q xSTP Region boundary ESOM ESOM FC FC 802.1 Qay PBB-TE Trunk termination FC Network FC FC FC FC FC

  15. Data center architecture evolution Cloud Client/Server Mainframe

  16. Data center utilization evolution Evolution to the Cloud Storage Servers Network

  17. Building the cloud: Virtualized Optical WAN Enterprise Data Center – New York Enterprise Data Center – San Francisco Virtualized Optical WAN Enterprise Data Center – Newark vCenter Server • Key attributes: • vCenter Plug-in • Long distance VM • Elastic bandwidth Public Cloud Private Cloud Cloud Data Center – Miami Cloud Data Center– Dallas

  18. Deployment models Private Cloud C - V P N Virtual Private Cloud Public Cloud Infra Service Engines Virtual servers Virtual storage Virtualized Apps SAP cluster Hosted UC Virtual Desktop #3 #3 SaaS Engines Microsoft BPOS Google Apps Salesforce.com #1 #3 #2 Virtual Private DC External Hybrid Cloud Internal C - V P N Extending Private Resources Leasing Public Resources (e.g. Amazon EC2) SaaS Access Cloud Aware Network Enterprise Data Centers Enterprise VPN Enterprise VPN BO/HO BO/HO BO/HO Enterprise #1 Traditional IT & Public Cloud Enterprise #2 Private Cloud Enterprise #3 Virtual Private Cloud

  19. Summary • ‘The cloud’ can mean different things- • Shared computing resource among users with similar needs • Natural means to improve operations and efficiency • Services, platforms, infrastructure, networks • Agency can utilize cloud applications to consolidate data centers while improving data integrity and reducing cost • Data center networks continue to evolve towards embracing cloud topologies • Agency could decide to partition what’s owned and what’s bought based on application needs

  20. Thank you

  21. You’re not alone in the public cloud…… • Public IT Cloud Services Spend – IDC June 2010* • Expected to exceed $55B by 2014 (excludes private cloud spending) • Growth rate of 27% per year • IaaS is the fastest growing segment at 34% per year • Emerging Enterprise-Class services for F1000 CIO IaaS SaaS PaaS * Source: http://blogs.idc.com/ie/?p=922

  22. Consolidation: Data centers and networks Consolidation provides opportunity in increase efficiency to manage growth demands while lowering costs Data Center Topology Consolidation Efficiency • 100s of data centers to less than 10 • 10s of thousands of applications to a couple of thousand • 20s of thousands of physical servers to under 10,000 virtual servers • Circuit consolidation eliminates discrete networks and excess equipment • Bandwidth consolidation to 10 G provides more flexibility • Private WDM to bypass local loop and provide future scalability • Mission critical applications growing from 100s to 2-300s for replication site-to-site • 10-20 PB total storage growing ~50% per year • 2-300s TB under data replication management with daily replication growth from 10-15 TB now to 3-6 PB Growth

  23. Building the cloud:Dynamic Cloud Networking Layer 1- 2 architecture provides flatter design architecture to lower costs with more scalable performance Provides flexible, scalable, dynamic bandwidth for high performance cloud requirements Ciena on-demand bandwidth for Virtual Machine and storage workload balancing, migrations Ciena Carrier Ethernet and WDM for L1/2 user access User Access Access Network Metro Network Cloud Service Provider Core Network Enterprise Data Center

  24. Using the cloud for virtualized storage:Virtual Machine Movement Use Cases Amount of … Data Time

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