How do you deliver your applications to the cloud?
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The document discusses strategies for delivering application workloads to the cloud, emphasizing the need for consistency across different environments and faster software delivery. It introduces IBM Bluemix and its capabilities in facilitating hybrid cloud deployments, automation, and continuous delivery while addressing challenges such as varying infrastructure configurations. The focus is on creating scalable environments, utilizing containers, and integrating traditional IT with cloud solutions to drive innovation and cost reduction.
How do you deliver your applications to the cloud?
- 1. Presented by: How do you deliver your application workloads to the cloud? 10 Sept 2015 Michael D. Elder Senior Technical Staff Member @mdelder http://bit.ly/1QqzOrg
- 2. 2 The age of the customer … … demands faster software delivery
- 3. 3 Deploying to different infrastructures in Dev and Production further slows down application delivery “My application is working on Amazon and I am using a LAMP stack with RHEL – why can’t you make it work on private cloud” “I have LAMP stack with RHEL for the on- prem environment – it isn’t working! How did you configure network and load balancers?” Development team Operations team Both: “Why can’t we build out environments consistently across different clouds”
- 4. 4 Achieving Continuous Delivery on Cloud Infrastructure as a Service • Combination of base virtual machines and automation to achieve consistency • Spectrum: Deploy as minimal image + complete automation or snapshot built image Container-based Deployments • Neither true IaaS or PaaS • Offers unique value to standardize key parts of your architecture • Easy to build and deploy • May require a different architecture and deployment approach than you’re used Platform as a Service • Platform provides simple deployment methods and consistency across environments • Extensible for various application runtimes PureApplication System and OpenStack + Heat Docker PureApplication System and Cloud Foundry
- 5. 5 Intuitive and Scalable Model Driven Deployment Composite Applications Components Re-usable Workflows Environment Management SIT PROD The “What” The “How” The “Where” Deployment Automation
- 6. 6 Faster and more consistent application environment deployments IBM Confidential Developers/ Testers Integrators Specialists Compute, Network, and Storage Platforms Apps Environment! Application Middleware Config Middleware OS Config Hardware Environment Blueprint Design Deploy Long, complex lifecycle with manual steps! Small iterative changes! …! …!
- 7. 7 Rapidly deploy application environments in 3 simple steps Provide portability across heterogeneous virtual datacenter, private and public clouds 3. Portable across different virtualized infrastructure Assemble mul8-‐8er applica8on environments and define auto-‐scaling policies to meet opera8onal needs. 2. Assemble mul9-‐9er and scalable environment blueprints 1. Create stacks Load Balancer Web Servers App Servers Database Servers Firewall Describe full stack environments using infrastructure building blocks like Images, Middleware scripts, and Applica8on code VMware vCenter Private PublicVirtual Datacenter Application Middleware Config Middleware OS Config Hardware Environment Blueprint Policies
- 8. 8 Hybrid Cloud Deployments through a Single Point of Control IBM Bluemix Cloud Foundry On-prem IaaS On-prem Traditional IT IBM Cloud Orchestrator IBM PureApplica9on System Manage application deployment across dev, test, and production spanning multiple clouds Key Points: • Enable full stack deployments (OS, patterns and applications) across hybrid cloud applications • Establish common toolchain framework with plug points to support continuous delivery Virtual Machines Docker Containers Other VendorsUrbanCode Deploy UrbanCode Release https://www.youtube.com/watch?v=fFuRg6l3N44
- 9. © IBM Corporation 9 SCREENCAP: Designer & Palette
- 10. © IBM Corporation 10
- 11. © IBM Corporation 11
- 12. 12 Infrastructure as a Service with OpenStack is the first step • IBM Bluemix is delivering the services and capabilities you need to build applications that inspire users even faster • IBM Bluemix goes beyond Infrastructure as a Service to provide Platform as a Service runtimes and middleware services as well as Containers • Incorporate novel services like analytics or services for mobile and payment capabilities into your app quickly to speed your innovations to the market IBM Bluemix
- 13. IBM Containers based on Docker in IBM Bluemix Docker Value IBM Value-add Customer Value • Automate Docker builds • Manage and distribute Docker images in private image registries • Easily host containers in the cloud • Scale and auto-recovery • Logging and monitoring DedicatedLocal Shared Docker 13
- 14. 14 Intuitive scalable model-driven deployment automation Composite Applications Components Re-usable Workflows Environment Management SIT PROD The “What” The “How” The “Where” Deployment Automation Images from image registry Deploy containers from image component Deploy to docker hosts or IBM Container Service
- 15. 15 Continuous Delivery and Containers IBM Container Image Build Service IBM BluemixImage Registry
- 16. 16 Dev/Test with Hybrid Cloud Off-PremOn-Prem Image Registry IBM UrbanCode Deploy PRODSTAGING Delivery Pipeline IBM Bluemix https://www.youtube.com/watch?v=Eo1rFsv4BW0
- 17. 17 Supporting Hybrid Cloud with IBM Cloud services IBM UrbanCode Deploy Node.js, Java, … Front-End Mid-Tier Backend Mobile Quality Assurance Monitoring and Analytics Cloud IntegrationTrack and Plan IBM Bluemix https://www.youtube.com/watch?v=DA6GS9AlzNY
- 18. 19 In hybrid environments Traditional IT and Cloud will come together to lower cost in the data center & innovate in the digital channels. Cost reduction plays • Building your private cloud IaaS – Rapid provisioning – Enabling DevOps • Source capacity from the public cloud – Compute – Storage Innovation plays • Building systems of engagement apps – Mobile – Social • Internet of Things Shared Off-Premise Cloud Dedicated On-Premise Cloud Traditional IT Dedicated Off-Premise Cloud Cloud Enablement Cloud Adoption
- 19. 20 Development and test off-prem with production on Dedicated Cloud or physical infrastructure in on-prem datacenters On-Prem Off-Prem ProdStage TestDev Scenario One: Dev and Test Off-Premise
- 20. 21 App dynamically “bursts” to off-prem clouds when on-prem approaches capacity limits App A App A ‘burst’ to cloud On-Prem Off-Prem Scenario Two: Cloud for Burst Capacity
- 21. 22 Systems of Record applications are on-prem on mainframes or distributed systems and Systems of Engagement applications are off- premise in Dedicated Private or Shared Public clouds App A App B On-Prem Off-Prem Scenario Three: Cloud Front-End
- 22. 23 On-Prem Off-Prem App A App B App C App A App B App C Scenario Four: Portable Workloads Application and data are portable across on-prem infrastructure and off-premise clouds
- 23. © IBM Corporation 24 Slides available at http://bit.ly/1QqzOrg Follow @mdelder on Twitter as we publish more video demos.
- 24. THANK YOU