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Cloud Native Applications Maturity Model
The document discusses the Cloud-Native Application Maturity Model (CAMM) and emphasizes the importance of microservices and containerization in the modern IT landscape. It outlines different maturity levels, starting from virtualized applications to adaptive, fully automated management systems. The insights are supported by data showcasing the advantages of cloud-native practices for high-performing IT organizations.
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Cloud Native Applications Maturity Model
- 1. Cloud-native Application MaturityModel Microservices & Containers - Austin
- 2. Confidential 2August 14,2016 High-performing IT organizations 2016 State of DevOps Report https://puppet.com/resources/white-paper/2016-state-of-devops-report 200x more frequent deploys 3x fewer failures 24x faster recovery 2,555x shorter lead times 2.2x higher employee satisfaction
- 3. Dev -> QA-> Ops Infrastructure as Pets Traditional apps DevOps Infrastructure as Cattle Cloud-native applications Few releases per year Continuous Delivery
- 4. 4 Topics 1. The Cloud-nativeApplication Maturity Model 2. How containers and microservices help 3. Managing cloud-native applications
- 5. 5 About me 1994 • Founderat Nirmata • Developer (Java, Go, JavaScript, C++); learning Ops • Centralized management of complex distributed systems
- 6. 6 Cloud-native Application MaturityModel We are here ODCA Best Practices: Architecting Cloud-Aware Applications Rev. 1.0
- 7. 7 CAMM Level 0:Virtualized • Tiered applications in Virtual Machines o Application runs on virtual infrastructure o Application can be deployed using a script or installer • Handoffs: Dev QA Ops OS App VM OS App VM OS App VM
- 8. 8 CAMM Level 1:Loosely Coupled Applications are decoupled from networks Applications are decoupled from storage Application components are service-oriented (Optional) 1 2 3
- 9. 9 Platform Services Language Specific Libraries Application Host/ Infra. Services Platform-as-a-Service Decoupling Applications from Infrastructure Container Engine Host / Infra. Services Container Services Container Runtime Application Container Services
- 10. 10 Through 2018, morethan 70% of IT organizations planning a private PaaS will deploy a container service (rather than PaaS framework software) -- Gartner Predicts 2016: PaaS Innovation Continues Unabated
- 11. 11 Cloud-native Application MaturityModel ODCA Best Practices: Architecting Cloud-Aware Applications Rev. 1.0 PaaS or Container Services
- 12. 12 CAMM Level 2:Abstracted Services are stateless Application is unaware and unaffected by failure of dependent services Application is infrastructure agnostic and can run anywhere 1 2 3
- 13. 13 1. Elastic: scalesup or down independently of other services 2. Resilient: services provide fault isolation boundaries 3. Composable: uniform APIs and a Service Gateway 4. Minimal: smallest possible set of highly cohesive set of entities 5. Complete: can be deployed and versioned independently A Microservices-style application is composed of several services and each service is: https://dzone.com/articles/microservices-five
- 14. 14 Cloud-native Application MaturityModel ODCA Best Practices: Architecting Cloud-Aware Applications Rev. 1.0 Microservices in Containers
- 15. 15 CAMM Level 3:Adaptive Fully automate application and infrastructure management Deploy and operate on any cloud Plan for active-active cloud deployments (future) 1 2 3
- 16. 16 Two emerging trends… •In-band management: Chef Habitat, Joyent’s Container Pilot, … • Out-of-band management: IaaS+, Nirmata
- 17.
- 18. 18 Why Nirmata? Software infrastructureis best delivered “as-a-service” Cloud-native applications need cloud-native management Applications should not be locked in to a cloud provider 1 2 3 • Founded Sep 2013 -> Beta Jan 2015 -> GA 2016! • Fortune 50 as well as startup customers in production • 1M+ pulls; 10K+ managed containers per month! • Wide range of apps – from Enterprise IT to IoT! we believe….
- 19. 19 Public or Private Clouds AdaptiveManagement for Cloud-Native Applications nirmata any cloud – any device Connected Devices Data Centers DevOps IT Ops fully automated deployment – operations - optimization
- 20. 20 Network Infrastructure as aService HostsOpen Container Runtime Build – CI/CD Source Control Image Registry Storage Compute Security Host Mgmt Scheduling & Orchestration Policy-Based Resource Management Application Lifecycle Management Microservices Infrastructure Monitoring Logging Remediation Alarms Cloud Virtual Physical Access Control
- 21.
- 22. 22 Cloud-native Application MaturityModel ODCA Best Practices: Architecting Cloud-Aware Applications Rev. 1.0 Adaptive Management
- 23. 23Accelerating DevOps: Automatingapplication lifecycle using containers | March 15, 2016 13,327 Containers Deployed Customer Profile – Fortune 500 Enterprise 95 Running Environments 500% growth since Jan 2016! Fast, repeatable, and predictable deployments! 48X productivity gain 82,246 hrs saved over 12 mos
- 24. Online Meetup –Thursday 10:00 AM Pacific Containerizing Traditional Applications www.meetup.com/microservices
- 25. 15 day trial signupfor free with no credit card required! try.nirmata.io
- 26. Thank you! jim@nirmata.com -@JimBugwadia