However, to better understand the CI/CD pipeline, looking at each part of the process in more detail can help understand the overall picture. Let’s look at continuous integration, continuous deployment, and continuous delivery individually to better understand the process itself, benefits, and challenges of each. When we talk about DevOps more broadly, the underlying goal is to break down silos between development and operations teams. DevOps is about adopting a set of practices that blend people, processes, and tech to create synergy across the organization. Continuous Delivery often requires significant up-front investment and it takes time to create a high-performance deployment pipeline. You need to put tools in place to maximize the impact of Continuous Delivery on your software delivery performance.

These steps are only recommendations and can be changed based on the organization’s requirements. You can also repeat the steps for testing, security, performance, and other reasons. Also, one can make changes at different levels based on a particular project. Previously, infrastructure is provisioned ahead of application deployment.

Support services

Using automation tools is a key element in DevOps principles and is implemented into practice in the entire CI/CD pipeline. Using CI/CD would also enhance cross-department communication which results in better collaboration among staff members. The central point of the DevOps approach is building a collaborative culture and making CI/CD successful.

Microservices Best practices for building loosely coupled services. Continuous Delivery Understand delivery, deployment, pipelines, and GitOps. Likewise, there are many advantages prompting you to implement CI/CD for developing high-performing applications.

Ship More Secure Software

Also, any artifacts generated must be versioned and uploaded to Git, to ensure that every time they are needed in the process, the same version of the build is available. It stores configuration in a Git repository and CI CD pipeline automatically applies it to Kubernetes clusters, making it easy to integrate with existing workflows. Argo CD can detect configuration drift, monitor application health, and roll back unwanted configuration changes.

Why should you adopt CI/CD pipeline

CI/CD implementation requires dev and ops team to collaborate on technologies and practices. Teams need to be on the same page to realize the benefits and experience the power of automation. There are many CI/CD tools like Jenkins, available in the market that can integrate with the developer tools like Github and Bitbucket.

Opt for continuous feedback

To save time developers can run regression tests on their local environments before committing the code to the version control repository. This practice ensures that only the bug-free code is reaching the version control system. After failing the critical test in the deployment pipeline, developers can be notified about the issues.

Why should you adopt CI/CD pipeline

It also helps free up developer’s time, enabling them to focus more on product development as there aren’t as many code changes to fix down the road if the error is caught quickly. In recent years there has been a shift towards modern methodologies instead of traditional methodologies. Working in parallel and high flexibility that characterize Agile and DevOps methodologies allow teams to develop and deliver higher quality software faster than the Waterfall approach.


When it’s urgent to get a fix out to production, it can be tempting to skimp on manual testing in order to save time, despite the risk of introducing a new failure to production. With a CI/CD pipeline, running automated tests is no longer a significant overhead, so there’s less temptation to compromise on quality. Adding automation for builds, tests, environment creation and deployments makes each step consistent and repeatable. Having broken it down, you can keep optimizing each stage to make your process more efficient.

After continuous delivery, the software build can be automatically deployed to the production if it passes all the tests. There is no manual intervention, and no one is required to decide when the code is ready to get into production and what needs to be sent to the production. The last step in the CI/CD pipeline will automatically publish the changes to the production. It can save a lot of time, money and effort of the Dev and Ops teams. Taken together, this set of practices is often referred to as CI/CD Pipeline.

Top 8 CI/CD best practices for your DevOps team’s success

CI/CD orchestration and configuration tools are increasingly being deployed into DevOps processes to automate processes and facilitate rapid deployment of software releases. CI/CD in the cloud refers to the practice of using cloud-based services to perform Continuous Integration and Continuous Delivery/Deployment (CI/CD) of software. This enables developers to build, test, and deploy their software faster and more efficiently by leveraging the scalability, flexibility, and cost-effectiveness of the cloud. Downtime risk—manual infrastructure management processes can be a headache for DevOps teams because they create the risk of downtime.

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