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12 Factors For Cloud Native Applications

By Hafsa Omar

The 12 factors for cloud native applications are a set of guidelines that help developers and organizations understand how to develop, deploy, and maintain their applications in the cloud. These factors were developed as part of the modern DevOps philosophy but have become an industry standard for creating applications that can withstand rapid changes due to frequent updates and releases.

Table Of Content:

1. The Twelve-Factor App
The Twelve Factors · I. Codebase · II. Dependencies · III. Config · IV. Backing services · V. Build, release, run · VI. Processes · VII. Port binding · VIII.

4. 12 Factor App meets Kubernetes: Benefits for cloud-native apps ...
12 Factor App meets Kubernetes: Benefits for cloud-native apps ...Feb 2, 2022 ... 12 Factor App meets Kubernetes: Benefits for cloud-native apps · 1. One codebase tracked in revision control, many deploys · 2. Explicitly declare ...

8. Understanding the "12-factors app" for a cloud application | Promyze
Understanding the Understanding the “12-factors app” for a cloud application · 1) One code repository per application for multiple deployments · 2) Dependency isolation and ...

  • Source: Google.
  • What are the 12 factors of cloud native applications?

    The 12 factors include automated code deployment, config management, dependency management, microservices architecture, process management, service discovery, horizontal scaling, logging and metrics collection, security considerations, scalability testing, self-healing applications, and automated production data backups.

    What benefits do these principles provide?

    By following these principles when developing applications for the cloud environment it helps to improve speed of development and deployment while providing greater stability through automation. Furthermore it keeps developers more agile when responding to changes in the environment or needing to scale up or down quickly.

    How can I make sure my application is optimized for cloud environments?

    To ensure your application is optimized for the cloud environment you should focus on practices such as modularization of services into microservices which can be independently modified or replaced when needed. Additionally you should use configuration management tools such as Chef or Ansible for automating deployments across multiple servers. Finally considering scalability testing on your application is important so that you know what kind of load it can handle before going live with it.

    Following the 12 factors helps developers create reliable and efficient applications that are better suited to survive in continuously changing environments like those found in public clouds such as AWS or Azure. As cloud computing continues to evolve following these guidelines has become increasingly important in order to remain competitive in today's digital world.


    Hafsa Omar

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