CI/CD is the backbone of modern software development cycles and this blog entails all the benefits of CI/CD and CI/CD pipeline implementation.
In traditional software development approaches, releases are spread out and recur at intervals for every small feature update or bug fix. This dramatically increases the chances of changes getting coupled at the time of deployment. Over time, the problem starts to grow, posing more challenges for an entire team. The worst part is that all processes are manual, and most of these products are developed/tested individually. Needless to say, it becomes more prone to human error. CI/CD is something that solves all this and makes the entire process more manageable and efficient.
Continuous Integration/Continuous Deployment or CI/CD is the backbone of building, testing, and deploying applications to production in modern software development practices. CI/CD plays a pivotal role in bridging the gap between development and various affected teams. CI helps to mitigate the risks and enables production parity by automating multiple code changes from varied developers of the project. On the other hand, CD enables developers to deliver the integrated code to production seamlessly, thus providing a quick and effective automated process to release new features and updates to customers without much hassle.
CI/CD has now become an integral part of modern software development cycles. If you are yet to make your move about CI/CD implementation, this blog will definitely help you out in identifying the amazing benefits of CI/CD.
Without further ado, let’s now take a peek into the 13 top benefits of CI/CD pipeline in your project-
One of the chief technical benefits of CI/CD is that it enhances the overall code quality. A CI/CD pipeline enables developers to integrate their code into a common repository in small batches. Through this repository, developers can share their builds with the entire team rather than working in isolation. Now, the whole team can collaborate for thorough detection and fixation of the most severe bugs.
Additionally, this helps to share stable builds more frequently, free of any critical bug, and thus bad code rarely makes it to production. That’s how CI/CD implementation simply diminishes the off-chance of buggy codes making it too far into production.
Code changes in such an environment are done at an atomic level, which reduces the risk of unintended consequences. Such changes are easy to handle compared to large hefty ones and are easy to fix in case of any issues. Using CI/CD, these code changes can be tested quickly once they are integrated. Such an approach is very beneficial when direct communication is a roadblock or when teams are spread across remote locations.
Amongst other benefits of CI/CD, this is one of the most important ones. A CI environment can be integrated to communicate with a Version Control System as well. This means any change pushed to the merge triggers a CI run, automatically checking the coverage code and whether all tests are passed. This highly reduces the time spent on reviewing the changes and shipping the code.
To set up a serverless CI/CD pipeline in your AWS environments, there are several key services that you need to use. Find out more here.
This article gives direction to getting your CI/CD pipeline up and running on the Kubernetes cluster by the GitLab CICD pipeline.
The ultimate showdown between Travis CI vs Jenkins. Check out this guide to know who wins the race! Travis CI and Jenkins are both popular CI/CD tools and were launched in the same year i.e. 2011. As of July 2020, Jenkins has been the more obvious choice as CI/CD tool with 15.9k stars & 6.3k forks, in comparison to TravisCI which has 8k stars & 756 forks. However, these numbers alone don’t imply which CI/CD tool is more suitable for your upcoming or existing project. Jenkins is an open-source & Travis CI is free for open-source projects.
DevOps Events Includes various tracks CI/CD, Cloud-Native Infrastructure, DevSecOps, Cultural Transformations, and SRE
DevOps and Cloud computing are joined at the hip, now that fact is well appreciated by the organizations that engaged in SaaS cloud and developed applications in the Cloud. During the COVID crisis period, most of the organizations have started using cloud computing services and implementing a cloud-first strategy to establish their remote operations. Similarly, the extended DevOps strategy will make the development process more agile with automated test cases.