In order to meet the compute infrastructure requirements for the broad range of service consumers, a common framework is required around which infrastructure as a service can be defined, provisioned, monitored and managed. A common set of principles, metrics and architectural frameworks can be defined, resulting in consistent capabilities, service levels and service attributes across multiple providers, while still allowing the individual providers to innovate and differentiate. In this session ODCA representatives will outline the framework and some usage scenarios.

1. Infrastructure as a Service
Framework and Usage Scenarios
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Ed Simmons, Executive Director
Platform Engineering, UBS
Dave Casper, CTO Americas,
Moogsoft
23 July 2014

2. Agenda
• High-Level Landscape
• IaaS
• Compute
• Network
• Storage
• Meta Framework
• IaaS+
• Software Defined
• POC
• CloudFacts
• Cloud Maturity Model
• Proposal Engine Assistance Tool (PEAT)
• Real-World RFI
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3. High Level Landscape
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4. Infrastructure as a Service
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5. IaaS / Compute
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6. IaaS / Compute / Example Service Tier
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7. IaaS / Compute / Example Capabilities
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8. IaaS / Network/ SDN & NFV
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9. IaaS / Network/ Usage Scenario #8 Multi-Cloud Secure Overlay
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10. IaaS / Network/ Usage Scenario #5 Hair-pining Avoidance
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11. IaaS / Network/SDN networking lifecycle
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12. IaaS / Storage
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13. IaaS / Meta Framework
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14. IaaS / Meta Framework / Software Defined
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• SDDC / Programmable Datacenter
• Software-Defined Aspect of Each Domain
• Real World Application Example

15. Proof of Concept Discussion
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16. IaaS / Meta Framework / Software Defined
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17. Cloud Maturity Model: Cloud Adoption Roadmap
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18. Proposal Assistance Engine Tool (PEAT)
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Streamlined
Requirements
Accelerate Adoption

19. Thank You
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