Continuous delivery is a software development practise that aims to automate the software release process and get high-quality software to customers more quickly and efficiently. In continuous delivery, developers make small, incremental changes to the codebase and use automated testing and deployment tools to make sure that the changes are integrated and tested quickly and often.
Continuous delivery is a natural extension of continuous integration (CI), which builds and tests code changes as soon as they are added to the code repository. In continuous delivery, the automated process also takes care of putting changes on production systems without any human help.
Some of the advantages of continuous delivery are:
Faster time to market: Continuous delivery lets software teams release new features and updates more quickly and often, so they can respond more quickly to changing market conditions and customer needs.
Improved quality: Since continuous delivery automates testing and deployment, bugs and problems can be found and fixed more quickly and consistently. This makes for better software.
Reduced risk: Continuous delivery helps to minimise the risk of human error and reduces the potential for downtime or other issues during the release process.
More efficiency: Since continuous delivery automates the release process, developers and other team members have more time to work on other important tasks, like making new features or paying off technical debt.
Overall, continuous delivery is a powerful way to develop software that can help organisations improve the speed, quality, and efficiency of their software delivery processes while reducing risk and making customers happier.
Usage
It is used in Agile Project Management
