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Morph - Simplifying Cloud Implementation
 

Morph - Simplifying Cloud Implementation

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Private Clouds need not be complicated. This deck shows the building blocks of building a private cloud and its benefits/features. Also gives a preview of what Morph and the mCloud server provides for ...

Private Clouds need not be complicated. This deck shows the building blocks of building a private cloud and its benefits/features. Also gives a preview of what Morph and the mCloud server provides for private cloud implementation.

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Morph - Simplifying Cloud Implementation Morph - Simplifying Cloud Implementation Presentation Transcript

  • Simplifying Cloud Implementation Jerome S. Gotangco Morphlabs, Inc. www.mor.ph ComputerWorld CIO Forum Sala Bistro, Greenbelt July 6, 2010
  • Cloud Computing Opportunity Typical Deployment Dramatic Cost Reduction ery liv 30-70% De stic Ela Actual Infrastructure Utilization Automatic Scaling The main benefit of CLOUD COMPUTING is the provision of instant capacity and the release of that capacity when it is not needed.
  • Cloud Computing Opportunity Typical Deployment Instant Availability Dramatic Cost Reduction ery liv Once Cloud 30-70% De Computing is established users stic Ela are able to engage “productized” infrastructure within minutes Actual Infrastructure Utilization Automatic Scaling The main benefit of CLOUD COMPUTING is the provision of instant capacity and the release of that capacity when it is not needed.
  • Cloud Computing Opportunity Typical Deployment Instant Unlimited Availability Dramatic Cost Capacity Reduction ery liv Once Cloud 30-70% De Computing is Resources within established users stic can provide near Ela are able to engage unlimited capacity “productized” for burst infrastructure requirements within minutes Actual Infrastructure Utilization Automatic Scaling The main benefit of CLOUD COMPUTING is the provision of instant capacity and the release of that capacity when it is not needed.
  • Public, Private, and Hybrid Clouds
  • Public, Private, and Hybrid Clouds public cloud
  • Public, Private, and Hybrid Clouds public cloud
  • Public, Private, and Hybrid Clouds public private cloud cloud
  • Public, Private, and Hybrid Clouds public private cloud cloud firewall
  • Public, Private, and Hybrid Clouds public private cloud cloud firewall
  • Public, Private, and Hybrid Clouds public private cloud cloud firewall address security + privacy maximize existing infrastructure
  • Public, Private, and Hybrid Clouds hybrid cloud public private cloud cloud firewall address security + privacy maximize existing infrastructure
  • Public, Private, and Hybrid Clouds hybrid cloud public private cloud cloud firewall address security + privacy maximize existing infrastructure
  • Public, Private, and Hybrid Clouds hybrid cloud public private cloud cloud Hybrid clouds combine private firewall clouds with public clouds -- appropriate for spike loads or less sensitive data address security + privacy maximize existing infrastructure
  • Building Blocks to Cloud Adoption
  • Building Blocks to Cloud Adoption Open Source Operating Systems Platform (Languages) Software (Vertical applications)
  • Building Blocks to Cloud Adoption Open Source Operating Systems Platform (Languages) Software (Vertical applications) Virtualization Windows and Linux Hardware
  • Building Blocks to Cloud Adoption Open Source Operating Systems Platform (Languages) Software (Vertical applications) Virtualization Windows and Linux Hardware Infrastructure Tools Cloud Management (ex. Open Nebula, Eucalyptus) Monitoring (ex. Nagios, Cacti, Munin, etc.) Automation (ex. Puppet, Chef) Backup (ex. PostgreSQL PITR, WAL, MySQL Binlogs, etc.)
  • Preparing for Cloud-based Initiatives? Software as a Service Platform as a Service Infrastructure as a Service
  • Private Cloud Scenario Cluster Controller Configuration Control Servers Panel enterprise NODE NODE NODE NODE private Manager Manager Manager Manager cloud
  • Hybrid Cloud Implementation private public cloud cloud firewall
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles rapid time to market
  • Hybrid Cloud Implementation private public cloud cloud firewall slow purchasing cycles rapid time to market
  • Planning Your Own Cloud Implementation
  • Planning Your Own Cloud Implementation Decide on a solution with cloud components that allow for flexibility and efficiency by going for a standards-based set, instead of proprietary technologies.
  • Planning Your Own Cloud Implementation Decide on a solution with cloud components that allow for flexibility and efficiency by going for a standards-based set, instead of proprietary technologies. Choose a cloud computing environment or platform that is as broad as possible - one that provides ease of migration for private implementors to leverage public cloud as needed.
  • Planning Your Own Cloud Implementation Decide on a solution with cloud components that allow for flexibility and efficiency by going for a standards-based set, instead of proprietary technologies. Choose a cloud computing environment or platform that is as broad as possible - one that provides ease of migration for private implementors to leverage public cloud as needed. Prioritize architecture that is designed for scale to manage large number of systems without significant manual labor.
  • Planning Your Own Cloud Implementation Decide on a solution with cloud components that allow for flexibility and efficiency by going for a standards-based set, instead of proprietary technologies. Choose a cloud computing environment or platform that is as broad as possible - one that provides ease of migration for private implementors to leverage public cloud as needed. Prioritize architecture that is designed for scale to manage large number of systems without significant manual labor. First and foremost, in comparing added features for your cloud, ensure that you address ʻlimited IT resourcesʼ.  Think efficiency, not just cost. 
  • mCloud Controller 2 1U rackmount servers 50-5,000 or more VMs High availability Pre-configured server types: Ruby on Rails, Java, PHP, MySQL, PostgreSQL, Solr, ActiveMQ
  • mCloud Solution Framework Software Document Content Business CRM Groupware as a Service Manageme Manageme Intelligenc Project Application Testin Collaboratio Databases Middleware Platform n Servers g Platfor as a Service Code m Lifecycle Manager Version mCloud mCloud mCloud Controller Controller Infrastructure Server as a Service Public Cloud Providers Private Data Morph Managed Dedicated Private Enterprise Ready Data Center Clouds Clouds Enablement
  • IaaS Vendor Map
  • IaaS Vendor Map Apps Deployment Assembly Server Configurati Managemen t Provisionin g Virtualizati on Fixed DC Assets
  • IaaS Vendor Map Apps Deployment Assembly Server Configurati Managemen t Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati server/hr on Fixed DC Assets
  • IaaS Vendor Map Apps Deployment Rightscale Assembly Server 0.033 Configurati per server/hr Managemen t Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati server/hr on Fixed DC Assets
  • IaaS Vendor Map Apps Heroku Deployment Elastra Assembly 3Tera Rightscale Server 0.033 Configurati per server/hr Managemen t Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati server/hr on Fixed DC Assets
  • IaaS Vendor Map Apps Heroku Deployment Elastra Assembly 3Tera Rightscale Server 0.033 Configurati per server/hr Managemen t Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati 0.027 server/hr on per Enterprise server/hr Fixed DC DC MSPs Assets
  • IaaS Vendor Map Apps Heroku Deployment mCLOUD Elastra Assembly controller 3Tera Rightscale Server 0.033 Configurati per server/hr Managemen t Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati 0.027 server/hr on per Enterprise server/hr Fixed DC DC MSPs Assets
  • IaaS Vendor Map Apps Heroku Deployment mCLOUD Elastra Assembly controller 3Tera Rightscale Server 0.033 Configurati 0.028 per 0.020 server/hr Managemen 0.014 t per server/hr. Provisionin Amazon AWS 0.085 g Rackspace per 0.12 server/hr per Virtualizati 0.027 server/hr on per Enterprise server/hr Fixed DC DC MSPs Assets
  • www.mor.ph Jerome S. Gotangco jerome@mor.ph