1 / 31

Cloud Computing

Cloud Computing. Disruptive Innovation & Enabling Technology. Authors: Paul Lancaster (Business Development Manager for GoGrid/ ServePath ) John Keagy (CEO & Co-Founder of GoGrid/ ServePath ) Michael Sheehan (Technology Evangelist of GoGrid/ ServePath ) April 2009.

aerona
Download Presentation

Cloud Computing

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Cloud Computing Disruptive Innovation &Enabling Technology Authors: Paul Lancaster (Business Development Manager for GoGrid/ServePath) John Keagy (CEO & Co-Founder of GoGrid/ServePath) Michael Sheehan (Technology Evangelist of GoGrid/ServePath) April 2009

  2. The “Cloud” = 10X Improvements • Ease of Use • Scalability • Risk • Reliability • Cost

  3. Ease of Use • Deploy infrastructure with a mouse or API • No cabling, screwdrivers, racking, unboxing, buying • Middle of the night • Do it yourself remotely from anywhere anytime

  4. Scalability • See Ease of Use • Control your infrastructure with your app • Nothing to purchase and take delivery on • Instant

  5. Risk • Nothing to buy • Cancel immediately • Change instantly, even operating systems • Throw it out • Rebuild it instantly after testing RISK

  6. Reliability • Based on enterprise grade hardware • Design for failures: • Automatically spin up replacements • Use multiple clouds

  7. Cost • “Turn off the lights” = turn off servers you aren’t using • Ex: Turn off development and test environments • Pay for only what you use • No need to buy in advance • Zero Capital Outlay • No contracts

  8. “Breaking the Dam(n!)” • Colocation – 1st step to outsourcing • Managed Hosting – dedicated servers managed by 3rd party take some pain away • Cloud Hosting – Lower cost, easier, lower risk, more reliable

  9. Traditional Hosting Skyrocketing • High CapEx • Low facility asset utilization (55%) • High Depreciation (42-50%) • Power/Cooling costs > Server Costs • Not “Green” • 30% hardware obsolescence - Source: Forbes.com, Kenneth Brill, “Servers: Why Thrifty Isn’t Nifty” PAINFUL! Source: Forbes.com, “Servers: Why Thrifty Isn’t Nifty”

  10. Google Searches --Trending Away from the “Pain” Source: Google Insight for Search

  11. Understanding how others view “Cloud Computing” Multiple Definitions

  12. Forrester Research “A pool of abstracted, highly scalable, and managed compute infrastructure capable of hosting end-customer applications and billed by consumption1” 1- “Is Cloud Computing Ready for The Enterprise?” Forrester Research, Inc.

  13. Forrester Research (cont’d) • Different than SaaS • Prescripted & Abstracted Infrastructure • Fully Virtualized • Dynamic Infrastructure Software • Pay by Consumption • Free of Long-Term Contracts • Application and OS Independent • Free of Software or Hardware Installation “Cloud computing has all the earmarks of being a potential disruptive innovation that all infrastructure and operations professionals should heed.”

  14. Other Definitions “Cloud computing is an emerging approach to shared infrastructure in which large pools of systems are linked together to provide IT services.” – IBM press release on “Blue Cloud” “…a hosted infrastructure model that delivers abstracted IT resources over the Internet” – Thomas Weisel Partners LLC from “Into the Clouds: Leveraging Data Centers and the Road to Cloud Computing” “Cloud computing describes a systems architecture. Period. This particular architecture assumes nothing about the physical location, internal composition or ownership of its component parts.” – James Urquhart blog post

  15. Multiple Graphic Descriptions of the “Cloud”

  16. Our view of “Cloud Computing” Redefining the definition

  17. Defining the Segments • SaaS • Software as a Service • Storage as a Service • PaaS – Platform as a Service • IaaS – Infrastructure as a Service

  18. Colo vs. Managed vs. Cloud Hosting

  19. Hosting Industry Ripe for Change • Technology has evolved • People demand more control • Instant gratification • In-house too costly from CapEx and Human Capital • Colocation for those who want to be physically there • Managed is not dynamic enough Cloud Computing -“Enabling Technology” to move from Traditional Hosting to Cloud Hosting

  20. The Cloud’s “Snowball Effect” • Maturation of Virtualization Technology • Virtualization enables Compute Clouds • Compute Clouds create demand for Storage Clouds • Storage + Compute Clouds create Cloud Infrastructure • Cloud Infrastructure enables Cloud Platforms & Applications • Multiple Cloud types lead to Cloud Aggregators • Niche requirements enable Cloud Extenders

  21. The “Cloud Pyramid” • Build upon a foundation • Layers equate structure • Building blocks: Infrastructure, Platforms, Applications • Breadth vs. Niche

  22. The “Cloud Pyramid” Inversed • 1000’s of Cloud Applications currently • Handful of Cloud Platforms • Elite group of Cloud Infrastructure providers # of Marketplace providers

  23. Cloud Computing is… … virtualized compute power and storage delivered via platform-agnostic infrastructures of abstracted hardware and software accessed over the Internet. These shared, on-demand IT resources, are created and disposed of efficiently, are dynamically scalable through a variety of programmatic interfaces and are billed variably based on measurable usage.

  24. Cloud “Applications” • SaaS resides here • Most common Cloud / Many providers of different services • Examples: SalesForce, Gmail, Yahoo! Mail, Quicken Online • Advantages: Free, Easy, Consumer Adoption • Disadvantages: Limited functionality, no control or access to underlying technology

  25. Cloud “Platforms” • “Containers” • “Closed” environments • Examples: Google App Engine, Heroku, Mosso, Engine Yard, Joyent or Force.com (SalesForce Dev Platform) • Advantages: Good for developers, more control than “Application” Clouds, tightly configured • Disadvantages: Restricted to what is available, other dependencies

  26. Cloud “Infrastructure” • Provide “Compute” and “Storage” clouds • Virtualization layers (hardware/software) • Examples: Amazon EC2, GoGrid, Amazon S3, Nirvanix, Linode • Advantages: Full control of environments and infrastructure • Disadvantages: premium price point, limited competition

  27. Cloud “Extenders” (Wild Card) • Provides extension to Cloud Infrastructure and Platforms with basic functionality • Examples: Amazon SimpleDB, Amazon SQS, Google BigTable • Advantages: Extends functionality of Compute & Storage Clouds to integrate with legacy system or other clouds • Disadvantages: Sometimes requires use of specific Platforms or Infrastructure

  28. Cloud “Aggregators” (Wild Card) • Sits on top of various Cloud Infrastructures for management • Examples: RightScale, Appistry • Advantages: Provides more options for Cloud environments • Disadvantages: Dependent on Cloud Providers

  29. The NEW “Cloud Pyramid”

  30. Hosting Heads to the Clouds • Static  Dynamic = Quick & Easy Scalability • Cost Prohibitive  Cost Effective = Cost Efficiencies • Predictable  Unpredictable = Innovations • Stagnant  Growth = Evolution Traditional Hosting  Cloud Hosting = FUTURE!

  31. Contact Information • Paul Lancaster • Business Development Manager, GoGrid • Email: plancaster@gogrid.com • Mobile: 415.948.4182 Site: http://www.GoGrid.com Blog: http://blog.GoGrid.com

More Related