Digital Transformation through Open Software Defined Infrastructure
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Visa is transforming its infrastructure to be more open and software-defined to support continued growth in digital payments and new technologies. It aims to have the highest availability and security for billions of users through a separation of hardware and software using open standards. Visa is migrating its data centers and wide area network (WAN) to use software-defined networking (SDN) and network functions virtualization (NFV) to gain more flexibility, visibility and control over its infrastructure. Careful planning is needed for the phased migration to the new software-defined infrastructure.
Digital Transformation through Open Software Defined Infrastructure
- 1. Digital Transformation through Open Software Defined Infrastructure Justin Dustzadeh, Vice President and Head of Global Infrastructure Network Services, Visa
- 2. Digital Transformation Through ! Open Software-Defined Infrastructure Open Networking Summit 2017 Justin Dustzadeh Vice President & Head of Global Infrastructure Network Services
- 3. Outline § Who Is Visa? § Transformation Vision, Drivers & Architectural Principles § Software-Defined Data Center & WAN § Migration Considerations
- 4. Who Is Visa?
- 5. Visa’s Role as Payments Network § Provides processing and operational systems § Develops products § Provides risk management § Builds and manages global brand § Develops new market opportunities (acceptance) § Issue cards § Assume cardholders’ credit risk § Set and collect card fees and interest rates § Provide customer service for consumers § Retailers, billers and others who accept electronic payments as a method of payment for their goods or services § Individuals & businesses that conduct transactions to pay for goods and services Account Holders Merchants Issuing Banks VisaNet § Sign up retailers § Provide processing § Manage authorization, capture and settlement § Generate recurring reports/ statements § Provide customer service for retailers Acquiring Banks
- 6. Visa By Numbers! One of the World’s Largest Retail Electronic Payments Networks (1) § 16,800 financial institution clients § 44.0 million merchant locations § 3.1 billion Visa cards § US$8.2 trillion total volume (2) § US$5.8 trillion payments volume § 2.6 million ATMs (3) § 129.1 billion total transactions (4) § 65,000 transaction messages per second (capacity) § 176 currencies Figures are rounded, include the Europe region, effective with the quarter ended September 30, 2016 unless otherwise noted. Figures from the latest operational performance data except number of financial institutions and ATMs. (1) Based on payments volume, total volume, number of transactions and number of cards in circulation. (2) Includes payments and cash transactions. (3) As reported by client financial institutions and therefore may be subject to change; includes ATMs in the Europe territory. As of June 30, 2016. (4) Includes payments and cash transactions.
- 7. Continued Growth of Electronic Payments! Driven by Technology, Innovation & Shift of Consumer Habits § E-commerce accelerated growth § Mobile payments • mVisa: mobile phone push payment § IoT (any connected device = potential point of sale) • Watch, ring, connected car, appliance, etc. § Tokenization § Blockchain • Visa B2B Connect
- 8. Transformation Vision,! Drivers &! Architectural Principles
- 9. Vision & Drivers § Make electronic payments accessible to everyone worldwide § Global infrastructure with highest security & availability for billions of users and connected devices § From closed & physical infrastructure components to open & software-based technologies § On-demand infrastructure & network § Open digital platform to drive innovation for payments
- 10. Architectural Principles! Highlights § Highest availability • “Zero-service-outage network resiliency” • No failure of a single network component should cause a service impact § Separation of hardware & software • Commoditized/simplified hardware with minimal standard features • Open, standard interfaces & technologies for maximum vendor choice § Real-time end-to-end visibility independently of scale • Vendor-neutral monitoring, management & control capabilities § Maximize asset utilization • Network simplification & consolidation across WAN (simple core, smart edge) & datacenter
- 11. Software-Defined! Data Center & WAN
- 12. Applications Network Orchestration, Control & Monitoring Network Switching & Virtualization Example Open Software-Defined DC Network Management Network Data & Monitoring Network Physical Network Fabric (Virtualized) Network Functions Out-of-Band Management Fabric Non-Virtualized! Workloads Virtualized / Containerized! Workloads Network Automation & Orchestration Security Monitoring DC Network Component Users of DC Network SDN Controller Packet Capture Fabric Network! Virtualization SDN Control API Open Network Monitoring
- 13. Example Enterprise WAN! Limited WAN Visibility & Control for the Enterprise Backbone Public Cloud DATA CENTERWANREMOTE External Users Internet DC Legacy! Router Legacy! Router Carrier MPLS, Internet
- 14. Backbone Carrier MPLS, Internet DC Carrier SD-WAN (Virtual CPE Use Case) ! Simpler Operations through Software at the Edge Public Cloud REMOTE External Users DATA CENTER Carrier Edge Controller vCPE Internet WAN Carrier Edge Controller vCPE Open
- 15. Backbone DC Enterprise-Managed SD-WAN Overlay! Enhanced Automation & Traffic Management Public Cloud WANREMOTE External Users Internet Carrier MPLS, Internet SD-WAN! Router Controller DATA CENTER SD-WAN! Router Open
- 16. Enterprise Backbone DC SD-WAN + Enterprise Backbone! Maximized WAN Visibility & Control for the Enterprise Public Cloud REMOTE External Users DATA CENTER PoP Controller Internet Wireless Carrier MPLS WAN WAN BACKBONEWAN ACCESS SD-WAN! Router SD-WAN! Router Orchestration Open Open
- 17. Enterprise Backbone DC SD-WAN + Enterprise Backbone! Maximized WAN Visibility & Control for the Enterprise Public Cloud REMOTE External Users DATA CENTER PoP Controller Internet Wireless Carrier MPLS WAN WAN BACKBONEWAN ACCESS SD-WAN! Router SD-WAN! Router Orchestration Manageability § Open, Standard Interfaces § Ops Integration & Automation § Infrastructure as Code (CI/ CD) Reliability § Hardware & Software § Global Support § Security Hardening Flexibility § No Vendor Lock-In § Hardware Independence § Unbundling of SD-WAN and Carrier Transport
- 19. Migration: Not Just for the Birds (*) § Assessment & Preparation § Pre-Migration Planning § Gap Analysis § Back-out Procedures § Feature Set Analysis § Post-Migration Validation § SLAs § Playbooks § Monitoring Tools § Provisioning Tools § Continuous Availability § Troubleshooting Tools STARTING INFRASTRUCTURE TARGET INFRASTRUCTURE PHASED MIGRATION (*) Open Networking Foundation Blog! https://www.opennetworking.org/?p=1099&option=com_wordpress&Itemid=248
- 20. Call for Action! Accelerating Industry Adoption of Open Software-Defined Infrastructure § Help drive shift from hardware-centric to software-defined § Enable vendor-neutral / multi-vendor solutions § Support smooth integration with customer’s operational tools § Help drive innovation by offering developer APIs § Enable migration and coexistence with legacy environments
- 21. Digital Transformation Through ! Open Software-Defined Infrastructure Open Networking Summit 2017 Justin Dustzadeh Vice President & Head of Global Infrastructure Network Services