Is Private Cloud Right for Your Organization?A 5-Step Litmus Test<br />Dave Roberts<br />Vice President, Strategy<br />dav...
Who is ServiceMesh?<br /><ul><li>Provider of Agile IT governance, security and lifecycle management software and services ...
Customers include some of the world’s largest and most sophisticated companies in:
Financial services
Health care
Consumer
Other IT-intensive industries
Global presence with headquarters in Los Angeles and offices in Austin, London, New York, Sydney, and Washington D.C.</li>...
“I Heard There’s No Such Thing as Private Cloud”<br />Some large cloud service providers want to force the world into a on...
The World is Multi-Dimensional<br />4<br />Excess Capacity Sellback<br />AWS EC2<br />Public<br />Internal ITorService Pro...
Private vs. Virtual Private<br />Public cloud vendors are retrenching and offering “virtual private cloud”<br />Characteri...
Hybrid Clouds Enable Optimization<br />6<br /><ul><li>Optimize workload placement and schedule
Enable portability across clouds
Align best fit providers to unique needs
Drive price arbitrage between providers</li></ul>Virtual desktops<br />(Day)<br />Grid nodes (Night)<br />Dev and test env...
7<br />Private Cloud Litmus Test<br />1<br />Do you have specific securityrequirements?<br /><ul><li>Data in transit
Data at rest
Data destruction requirements
Audit requirements
Upcoming SlideShare
Loading in …5
×

Is Private Cloud Right for Your Organization

650
-1

Published on

This is a presentation I did for a Focus webinar:
http://www.focus.com/webcasts/information-technology/private-cloud-right-your-organization/

Published in: Technology
0 Comments
0 Likes
Statistics
Notes
  • Be the first to comment

  • Be the first to like this

No Downloads
Views
Total Views
650
On Slideshare
0
From Embeds
0
Number of Embeds
0
Actions
Shares
0
Downloads
0
Comments
0
Likes
0
Embeds 0
No embeds

No notes for slide
  • Elevator Pitch: ServiceMesh has been around since 2008 (really late 2007). If you wanted to really to simplify it… we’re a software company in the Cloud Mgmt space… although that’s a very limiting description. More accurately, what ServiceMesh really does is help large enterprises adopt what we call “Agile IT operating models”. (Cloud is part of this…but its much more than just cloud… which I’ll explain shortly). What this allows them to do is drastically reduce the money and resources consumed by their current IT operations and infrastructure, and instead redirect it so IT can become more innovative, more adaptable to business change, and even enable new business models. The way that we do that is by providing advisory services and a product platform that fully governs and manages federations of SaaS, PaaS, internal and external clouds providers to create an “everything-as-a-service” IT environment that is more agile and cost effective than what enterprises are using today. Our GTM approach is to lead with a series of (what we call) pre-packaged IT optimization strategies, that are basically solution accelerators, that provide a low-risk entry point…. and customer build upon these as stepping stones in a path toward this larger operating model transformation.As a company, we’ve been working on these challenges since 2008 with large enterprise customers…before cloud computing became such an overused buzzword. And we feel fortunate to have gotten a good head start on where IT is headed today with cloud… particularly from an enterprise perspective. Our customers are Global 2000… most with very complex, highly regulated, competitive environments….. Some with annual IT budgets exceeding $1B.The ServiceMesh team itself has acquired expertise in several areas working with these enterprise accounts. Not just in cloud technologies… but also IT strategy, architecture and design, platform integration, security, governance, organizational change management, and so on.ServiceMesh itself is a global company. We have customers in NA, EMEA, and AP. Austin is Dev center. LA contains a good portion of the exec mgmt team.
  • The considerable governance and lifecycle mgmt capabilities in the Agility Platform enable many of the core capabilities we just discussed. Those same capabilities are also critical for other cloud use cases. The Agility Platform is designed to provide a unified platform to govern and manage all of them. This provides additional benefits to manage the placement and schedule of all of these workload deployments.
  • Cost per VMCost comparisons to EC2Capacity unit optimizationVM density optimizationAutomated provisioningAuto-scalingDynamic security configurationThe physical infrastructure that include CPU, network, storage, and memory. The virtual environment runs on top of the CHP hardware and supports the IaaS and IPaaS offerings with interface with the security and management layer The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. CHP is optimized forPricePerformance (both bare metal and virtualized hosting)Rapid deploymentReduced complexityOptimizedfor virtualization, stateless computing, and hosting a large number of instancesDesigned for high density, low power and minimal heatThe same model can be used both internally and at external hosting providers, but it is not a requirement for the external hosting provider to utilize the architecture in order to provide computing supportThe IaaS offering can be either internal hosted or external hosted, and the compute support offering is the same under either model. Under the external private compute model, the hosting provider owns, manages and controls the underlying infrastructure, but CBA retains control over the OS, storage and deployed applications.CHP is deployed in modular units on standardised commodity hardware.The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. It does not necessarily define specific virtualisation software or underlying hardware manufactures.
  • Cost per VMCost comparisons to EC2Capacity unit optimizationVM density optimizationAutomated provisioningAuto-scalingDynamic security configurationThe physical infrastructure that include CPU, network, storage, and memory. The virtual environment runs on top of the CHP hardware and supports the IaaS and IPaaS offerings with interface with the security and management layer The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. CHP is optimized forPricePerformance (both bare metal and virtualized hosting)Rapid deploymentReduced complexityOptimizedfor virtualization, stateless computing, and hosting a large number of instancesDesigned for high density, low power and minimal heatThe same model can be used both internally and at external hosting providers, but it is not a requirement for the external hosting provider to utilize the architecture in order to provide computing supportThe IaaS offering can be either internal hosted or external hosted, and the compute support offering is the same under either model. Under the external private compute model, the hosting provider owns, manages and controls the underlying infrastructure, but CBA retains control over the OS, storage and deployed applications.CHP is deployed in modular units on standardised commodity hardware.The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. It does not necessarily define specific virtualisation software or underlying hardware manufactures.
  • The physical infrastructure that include CPU, network, storage, and memory. The virtual environment runs on top of the CHP hardware and supports the IaaS and IPaaS offerings with interface with the security and management layer The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. CHP is optimized forPricePerformance (both bare metal and virtualized hosting)Rapid deploymentReduced complexityOptimized for virtualization, stateless computing, and hosting a large number of instancesDesigned for high density, low power and minimal heatThe same model can be used both internally and at external hosting providers, but it is not a requirement for the external hosting provider to utilize the architecture in order to provide computing supportThe IaaS offering can be either internal hosted or external hosted, and the compute support offering is the same under either model. Under the external private compute model, the hosting provider owns, manages and controls the underlying infrastructure, but CBA retains control over the OS, storage and deployed applications.CHP is deployed in modular units on standardised commodity hardware.The CHP defines an optimised, standardised, high density, virtual infrastructure hosting configuration which is designed to meet price /performance benchmarks. It does not necessarily define specific virtualisation software or underlying hardware manufactures.
  • Is Private Cloud Right for Your Organization

    1. 1. Is Private Cloud Right for Your Organization?A 5-Step Litmus Test<br />Dave Roberts<br />Vice President, Strategy<br />dave.roberts@servicemesh.com<br />Company Twitter: @servicemesh<br />Personal Twitter: @sandhillstrat<br />
    2. 2. Who is ServiceMesh?<br /><ul><li>Provider of Agile IT governance, security and lifecycle management software and services for Global 2000 clients
    3. 3. Customers include some of the world’s largest and most sophisticated companies in:
    4. 4. Financial services
    5. 5. Health care
    6. 6. Consumer
    7. 7. Other IT-intensive industries
    8. 8. Global presence with headquarters in Los Angeles and offices in Austin, London, New York, Sydney, and Washington D.C.</li></ul>2<br />3X revenue growth in 2010<br />3rd consecutive year of profitability<br />
    9. 9. “I Heard There’s No Such Thing as Private Cloud”<br />Some large cloud service providers want to force the world into a one-size-fits-all, public cloud model.<br />Anything that challenges that public cloud world-view must be attacked.<br />FACT: Every G2000 enterprise that ServiceMesh is working with is building private clouds.<br />FACT: The TM Forum’s Enterprise Cloud Leadership Council (ECLC) has defined requirements and a working group that encompasses private cloud (enterprise-grade IaaS).<br />3<br />
    10. 10. The World is Multi-Dimensional<br />4<br />Excess Capacity Sellback<br />AWS EC2<br />Public<br />Internal ITorService Provider<br />Savvis<br />Private<br />Internal<br />External<br />
    11. 11. Private vs. Virtual Private<br />Public cloud vendors are retrenching and offering “virtual private cloud”<br />Characteristics<br />Shared infrastructure<br />Private access via VPN<br />Rich networking functionality<br />Private IP address space makes it appear as part of the enterprise data center<br />Question: Why would they do such a thing if private cloud didn’t exist?<br />Answer: Because enterprises are demanding more than public clouds. But they want to leverage the infrastructure across multiple customers for higher efficiency.<br />5<br />
    12. 12. Hybrid Clouds Enable Optimization<br />6<br /><ul><li>Optimize workload placement and schedule
    13. 13. Enable portability across clouds
    14. 14. Align best fit providers to unique needs
    15. 15. Drive price arbitrage between providers</li></ul>Virtual desktops<br />(Day)<br />Grid nodes (Night)<br />Dev and test environments<br />Dev and test environments<br />Grid nodes (Day)<br />Internal Private Cloud<br />External Public Cloud<br />
    16. 16. 7<br />Private Cloud Litmus Test<br />1<br />Do you have specific securityrequirements?<br /><ul><li>Data in transit
    17. 17. Data at rest
    18. 18. Data destruction requirements
    19. 19. Audit requirements
    20. 20. Regulated industry</li></li></ul><li>8<br />Private Cloud Litmus Test<br />2<br />Are you of sufficient scale?<br /><ul><li>Doesn’t make sense to build an optimized private cloud if you’re small
    21. 21. But don’t underestimate yourself
    22. 22. If you have 500 workloads or more, It might make sense to build a private cloud</li></li></ul><li>9<br />Private Cloud Litmus Test<br />3<br />Do you have a reasonable fraction of dynamic workloads?<br /><ul><li>If your workloads are largely static, then you might be better off with traditional server or virtualization solutions
    23. 23. You might still want to outsource in a traditional managed hosting model
    24. 24. Or go hybrid here:“Buy the base, rent the peak”</li></li></ul><li>10<br />Private Cloud Litmus Test<br />4<br />Can you deal with the organizational dynamicsassociated with the effort?<br /><ul><li>Building a private cloud is not simply a matter of purchasing and assembling technology
    25. 25. Shifting to a cloud operating model will require changes to processes and job roles
    26. 26. You’ll need sufficient top-down support to effect lasting change</li></li></ul><li>11<br />Private Cloud Litmus Test<br />5<br />Do you have specialrequirements?<br /><ul><li>Predictable outcomes
    27. 27. Reserved capacity
    28. 28. Known performance (CPU, disk, network)
    29. 29. Known latencies</li></li></ul><li>Basic Private Cloud Architecture Stack<br />12<br />Private Cloud Users<br />Billing<br />Workflow<br />Policy and Governance<br />Automation<br />Security<br />CloudAPI<br />Hypervisor<br />Private Cloud<br />Pod<br />External Public Cloud<br />CPU<br />Network<br />Storage<br />Private Cloud Pod<br />
    30. 30. Pod Reference Implementation<br />13<br /><ul><li>Infrastructure selection will vary based on specific organizational needs to provide the optimal combination of performance, cost, and simplicity.
    31. 31. Look for a balanced design that delivers the right ratio of CPU, storage, and network bandwidth.</li></ul>VM density:<br /><ul><li>1600 server workloads per compute rack
    32. 32. 6000 desktop workloads per compute rack </li></ul> 48 blades for a total of 576 cores. Standard memory config is 96 GB/blade, high end config is 192 GB/blade.<br /> Two 10 Gbps switches, each with 480 Gbps of network bandwidth.<br /> 100 TB of raw storage capacity and 500 GB of memory.<br /> Other reference implementation metrics and technical specs are available.<br />
    33. 33. The Need for Balance<br />14<br />
    34. 34. Pod Reference Implementation<br />15<br /><ul><li>Based on published external cloud prices, financial analysis showed that the private cloud can cost up to 75% less than comparable external cloud offerings for a high-availability use-case.
    35. 35. End-to-end automation required only minutes to provision workload, auto-scale, and configure security for complex topologies, which normally would take days or weeks.</li></li></ul><li>Adopt a Cloud Operating Model<br />Private cloud is not a product or technology you can simply buy and install<br />FAQ: “What’s the difference between virtualization and private cloud?”<br />Answer: Virtualization is a technology used to build private clouds, but clouds are more about how you operate the technology and expose it to your users than the technologies themselves<br />To extract the full advantage, you’ll need to run your internal private cloud like a (mini) service provider<br />That means you’ll have to move from your traditional IT operating model to a cloud operating model<br />To implement a cloud operating model, you’ll need to:<br />Rework processes and procedures<br />Define internal SKUs for your users<br />Create SLAs<br />Create internal pricing<br />16<br />
    36. 36. Creating Internal Private Cloud SKUs<br />17<br />Don’t forget this!Use it to fund maintenance, upgrades, continual development, and support.Think like a service provider. Run it like a business!<br />Private Cloud SKU Price<br />Internal Markup<br />SKU Cost<br />SKU Capacity<br />Aggregate Pod Capacity<br />
    37. 37. Understanding Contestability<br />Explicit Goal: Make your private cloud earn its keep.<br />To do this, you need to seek opportunities for “contestability”<br />You want competition between your own private offering and others<br />Other offerings might be other internal private clouds!<br />Don’t create a private cloud and run it poorly!<br />Don’t waste money on something that isn’t competitive<br />Don’t settle for poor service<br />18<br />
    38. 38. 19<br />Private Cloud Results<br />Deploy Fast:<br />Scale Faster:<br />Provisioning with private cloud: 4 minutes<br />Minutes<br />Automated policy enforcement<br />Start using it<br />Self-service portal<br />Provisioning with virtualization only: 3-6 weeks<br />Number of simultaneous server instances provisioned<br />IT approval<br />Provision VM and configure<br />VM request<br />Start using it<br />Provisioning with hardware procurement: 12-18 weeks<br />Hardware requisition<br />Procurement approval<br />Hardware arrives<br />Rack in data center<br />Start using it<br />Setup platform/ application<br />* Reference implementation test results, Nov 2010<br />

    ×