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Oracle cloudgartnerdatactr2010
- 1. Roadmap to Enterprise Cloud Computing Rex Wang VP Infrastructure and Management
- 2. Datacenters Are Evolving Physical Dedicated Heterogeneous Manual management IT managed Componentsassembled by customer Virtual Shared Standardized Automated management Self-service Engineered systems assembled at factory
- 5. Chargeback
- 9. Virtual
- 10. Shared services
- 11. Dynamic
- 13. Physical
- 14. Dedicated
- 15. Static
- 17. Hosted and managed by cloud service provider
- 18. Exclusively used by a single organization
- 19. Controlled and managed byin-house ITApps SaaS I N TERNET SaaS SaaS I N T R A N E T PaaS PaaS PaaS PaaS IaaS IaaS IaaS IaaS Trade-offs Lower upfront costs Outsourced management OpEx Lower total costs Greater control over security, compliance, QoS CapEx & OpEx Enterprises will adopt a mix of public and private clouds
- 20. Do You Provide or Use Internal or Private Clouds? 28.6% 28.6% of respondents have internal or private clouds today Source: IOUG ResearchWire member study on Cloud Computing, conducted in August-September 2010.
- 21. Does Your Company Use Services from Public Cloud Providers? 13.8% of respondents use public clouds today Source: IOUG ResearchWire member study on Cloud Computing, conducted in August-September 2010.
- 22. What Type of Private Platform and Infrastructure Cloud Services Is Your Company Providing? PaaS IaaS Most popular:App Server as a service Database as a service Source: IOUG ResearchWire member study on Cloud Computing, conducted in August-September 2010.
- 25. Chargeback
- 27. Interoperability
- 28. Cloud bursting
- 29. Virtual
- 30. Shared services
- 31. Dynamic
- 33. Physical
- 34. Dedicated
- 35. Static
- 37. Server Virtualization and Clustering Deliver Resource Pooling and Elastic Scalability Both server virtualization and clustering are key technologies for cloud
- 38. Centralized VM Lifecycle Management Dynamic Domains Oracle VM for x86 Oracle VM for SPARC Containers HYPERVISOR HYPERVISOR All x86 T-Series All SPARC & x86 M-Series Server Virtualization Options
- 39. Consolidation Using Oracle DatabaseThree Options Cluster Cluster Cluster HR Sales ERP DW HR Sales ERP DW DB DB DB DB DB DB DB OS OS OS OS OS OS OS OS DB OS OS OS OS VM VM VM VM VM VM VM VM Shared Storage Shared Storage HR Sales ERP DW Shared Database Shared Server DB DB DB DB DB OS OS OS OS Shared Storage Shared Cluster
- 40. Consolidation Using Oracle WebLogic Best Practices Geographically dispersed datacenters Live-Live configuration Co-host “like” applications (SLA, business function, etc) Isolate business-critical applications to mitigate risk
- 43. Chargeback
- 45. Interoperability
- 46. Cloud bursting
- 47. Virtual
- 48. Shared services
- 49. Dynamic
- 51. Physical
- 52. Dedicated
- 53. Static
- 57. Set up shared components
- 58. Set up self-service portalSun Servers, Storage, Networking
- 60. Complete apps to disk management
- 61. Self-service
- 64. Shared middleware and database services
- 65. Elastically scalable, highly available
- 70. Elastically scalable, highly available
- 72. x86 and SPARC
- 74. Exadata and ExalogicExtreme Performance, Engineered Systems Database and middle tier machines Unmatched performance, simplified deployment, lower total cost Building blocks for public and private PaaS
- 75. Customer Success with ExadataJonathan Levine, COO, LinkShare
- 76. Closing Thoughts
- 78. Power 3rd party public cloudsOracle Private Cloud Platform
- 79. Oracle Leadership in Cloud Computing Oracle provides the most complete cloud offering in the industry Private PaaS is the natural evolution for enterprise datacenters, and Oracle provides the best foundation for private PaaS Exalogic and Exadata provide the foundation blocks for a Cloud Computing infrastructure
Hinweis der Redaktion
- You have a number of applications and services you need to support <click to bring up black boxes> and a set of resources to run them <click to bring up servers>. Traditionally there has been a highly siloed, dedicated stack approach to associated apps with resources. <click to bring up app grid pic> The application grid approach is about breaking down those silos and sharing and pooling resources instead. By dynamically and automatically adjusting the allocation of resources across needs, you can get much higher utilization out of hardware because you’re not provisioning each application for its own worst case. You get higher reliability through the multiplicity of resources, and higher performance through parallelization. <click to dissolve Application Grid box into constituent products><click to bring up value propositions>The complete application foundation features coupled with the industry’s best capabilities for sharing and dynamically adjusting both physical and virtualized resources means that what we have here is the most complete platform for cloud.WebLogic Server is unquestionably the industry’s #1 Java EE application server in performance. With GlassFish highly streamlined for rapid, iterative development and Virtual Assembly Builder as a game-changing new approach to application deployment, you get that #1 performance AND #1 in time-to-market.And with cross-stack certification and optimization that no other vendor can give you, Oracle Application Grid products provide by far the greatest integration synergies with benefits in cost, performance, and ease-of-use, and flexibility to change.
- Shared ServerThis is an example of using server virtualization to rapidly deploy a database in the cloud. In this case, we have each database instance running in an Oracle VM virtual machine. Note that OVM supports RAC, so we can use this technology to provision both single instance databases, and to provision additional instances to multi-node RAC databases. OVM makes it a snap to provision a new instance or database on existing hardware.Shared ClusterEnterprise Manager provides a rich set of provisioning tools via the provisioning pack. It can be used to provision a new server to the cloud, or to provision a new database to an existing cloud. Its deployment procedures are customizable, so they can be adapted to meet the needs of many environments. Typically, a cloud provider would create a standardized gold image that would be used for provisioning. Enterprise Manager can then be used to provide one click database provisioning, automating the steps necessary to perform the operation. This works with both single-instance and RAC databases—you can both grow and shrink a RAC database. In the case of a RAC database, it will also provision all the necessary infrastructure software, ASM and Clusterware, onto a new server as it is added to the cloud.Shared DatabaseThis model is a consolidated multi-tenant database. In this environment a single database is hosting multiple database services. Users connect to the database via a standard database service, and the normal database user and schema security model provides isolation between the various services data. Deploying a new database service is fast and easy. You simply create the new service, including a new user and schema for isolation. Then create a database service.
- I would like to use this slide showing the lifecycle of how a private cloud would work within an enterprise. Note the different roles.1. First IT sets up the private PaaS based on the Oracle Cloud Platform. They also define certain shared components to ensure standardization and make it easier for app builders. These components may be services, processes or UI components. They also need to set up a self-service application, potentially based on WebCenter portal and Identity Management. This is potentially also integrated with the enterprise’s IT Service Mgmt application such as Siebel or BMC/Remedy.2. Next, an app owner can take advantage of the PaaS and shared component to more quickly assemble the app and deploy it through self-service. If their role entitles them to make that request, it is automatically provisioned. If not, it gets routed to their management and/or IT for workflow approval…just like a procurement process.3. Third, users start using the app.4. If usage starts to approach the capacity limits, the app owner can monitor this through self-service. And the system can scale automatically thanks to an underlying grid architecture at the database and middleware levels, and thanks to effective grid control by Enterprise Manager.5. Enterprise Manager also tracks resource usage (metering) and this data can be used to charge back to the departments or LOBs.So, this PaaS shows some of the key characteristics of cloud computing: self-service, shared services, dynamic provisioning, elastic scalabiltiy and metering/chargeback.
- Now let’s talk about WHAT is a Private PaaS.A Private PaaS is made up of a number of critical building blocks. Oracle has the most comprehensive set of building blocks in the industry, the most “complete, open and integrated” set of building blocks.From the bottom up, this includes Oracle VM for server virtualization, Oracle Enterprise Linux our OS, the Oracle Database grid (made up of RAC, ASM, In-Memory Database Cache, and other database options and features). Then on top of that, Oracle offers our application grid, which includes WebLogic Server, Coherence, Tuxedo and JRockit, and on top of that, a number of value-added services: SOA and BPM for integration and process management, identity and access management for security, and WebCenter our portal for user interaction.We also offer very comprehensive “Cloud Management” capabilities based on Oracle Enterprise Manager. EM has very comprehensive capabilities to manage the full “Cloud Platform” stack including middleware, database, OS and virtualization. For example, Real User Experience Insight (RUEI) enables us to manage top-down from the application end-user’s perspective things like performance, availability and behavior patterns…something that’s useful for SLA/QoS management for private clouds.Our second Keynote explains Private PaaS in more depth, and we have a separate session to talk more about Cloud Management.