Last Updated on by Kumar Raja

How to Achieve Continuous Deployment with DevOps?

Most of the software/application development enterprises strive towards achieving Continuous Deployment but they tend to fail owing to various reasons. To achieve Continuous Deployment it requires a level of continuous testing and operations robust enough to validate new software versions and deploy them in production environments.  Enterprises that achieve continuous delivery are always able to release software and change production in a low-risk manner, even during normal business hours, without compromising users. By working to make the deployment process continuous, automated testing and monitoring tools will be playing a crucial role and this is where DevOps software development process becomes crucial.

What is Continuous Delivery?

Continuous delivery means ensuring that your code is ready for use, even if you are waiting to put it into production for business reasons. Continuous use is when the team tries to introduce code changes into production as quickly as possible.

Achieving Continuous Delivery Using DevOps:

Continuous Delivery is a discipline in software/application development process where software is built so that it can be released on time for production. In DevOps process, Continuous delivery is achieved by integrating the development team’s software, creating executable programs, performing automated tests to detect problems, and then pushing them into a production-like environment to ensure that software works in production. You can build knowledge of automated testing and monitoring tools that are used in the development process with our DevOps Training program. 

Continuous deployment is an ongoing practice of DevOps that builds, tests and deploys software enhancements for users and environments using automated tools. The DevOps culture is associated with continuous deployment because it aims to improve collaboration between developers and operating teams while utilizing automated processes for creating, testing, and releasing software. This networked process allows developers to develop high-quality software by aligning and automating development and testing, deployment and deployment to ensure greater collaboration and a greater efficiency between DevOps teams throughout the development life cycle.

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