What Is CI CD? Continuous Integration & Continuous Delivery Explained BMC Software Blogs

Of course, there are trade offs; namely, this process change does not provide any additional quality assurances. Many organizations find that such an integration can become more costly in terms of time since they rely on manual procedures to ensure that new code doesn’t introduce new bugs and doesn’t break existing code. To reduce friction during integration tasks, continuous integration relies on test suites and an automated test execution. It’s important to realize that automated testing is quite different from continuous testing.

What is CI CD monitoring

Every change that passes the automated tests is automatically placed in production, resulting in many production deployments. If you want to be successful with CI/CD, make continuous integration, delivery, and deployment your mantra as they are the cornerstones of software development practices. The goal of DevOps is to get software to users more quickly than traditional methods, and these development practices will help make that happen. Continuous integration and continuous delivery (CI/CD) are at the heart of any successful DevOps practice. Teams wanting to achieve modern software development must keep up with CI/CD best practices. OpenText™ Continuous integration (CI) and continuous delivery (CD) are two essential components of both Agile and DevOps toolchains that lead to successful software development.

Synthetic Monitoring for CI/CD Pipelines

While using synthetics in pre-production can help forecast what users will experience, only RUM used in production analyzes actual transactions is able to tell you what users actually experienced. Synthetic monitoring is one part of a broader performance and reliability management strategy, not typically used in a standalone fashion. Less downtime, the ability to edit code from anywhere, assess deployment risk, and identify source code vulnerabilities are key benefits of DevOps teams on the cloud.

To help ensure that your tests run the same at various stages, it’s often a good idea to use clean, ephemeral testing environments when possible. Usually, this means running tests in containers to abstract differences between the host systems and to provide a standard API for hooking together components at various scales. Since containers run with minimal state, residual side effects from testing are not inherited by subsequent runs of the test suite, which could taint the results. To avoid this problem, CI systems should include a build process as the first step in the pipeline that creates and packages the software in a clean environment. This guideline helps prevent problems that arise when software is compiled or packaged multiple times, allowing slight inconsistencies to be injected into the resulting artifacts.


Robust monitoring will not only help you meet SLAs for your application but also ensure a sound sleep for the operations and development teams. The Continuous Integration and Continuous Delivery/Deployment (CICD) approach has brought about a paradigm shift in software development. By automating processes and optimizing the software delivery pipeline, CICD transforms the way applications are built, tested, and released. With synthetic monitoring, you can detect problems in an application release pre-deployment, using data from synthetic transactions rather than real-user transactions. Not only does this mean that fewer bugs reach your end-users, but it also makes issues easier and faster to resolve. CI/CD pipelines promote changes through a series of test suites and deployment environments.

Automated tools execute predefined QA scripts at all production stages, eliminating the need for regular human intervention. The scripts validate source code efficiency and provide immediate feedback to development teams. How an organization applies the CI/CD pipeline and makes a decision on whether to use continuous delivery or deployment depends on its business needs. Continuous deployment is best for DevOps teams with a fast development lifecycle, such as for teams building ecommerce sites and SaaS platforms. Continuous deployment allows teams to release new or updated software often and as quickly as possible. Because changes are deployed to the public automatically, this type of continuous deployment pipeline is typically used only by DevOps teams that have a proven process.

Cycle time

In the ideal situation, the code is constantly evolving, automated tests keep the high quality, and the users get new features regularly. Focused on keeping the code ready to deploy at any given time, Continuous Delivery is a natural follow-up to CI. Continuous Integration (CI) uses automation tools that enable development teams to build and test code after each merge, as seamlessly https://www.globalcloudteam.com/ as possible. One of the first steps to adopt CI/CD is to choose the tools that suit your project’s needs and goals. There are many tools available for different aspects of CI/CD, such as version control, code analysis, testing, deployment, monitoring, and feedback. Some of the popular tools are Git, GitHub, Jenkins, Travis CI, SonarQube, Selenium, Docker, Kubernetes, and AWS.

What is CI CD monitoring

A common workflow is to use a branching model, such as GitFlow, where you create separate branches for different features, bug fixes, and releases. You should also define the rules and standards for committing, reviewing, and merging code, as well as the triggers and frequency for running tests and deployments. A clear and consistent workflow can help you avoid conflicts, errors, and delays in your CI/CD pipeline. CD depends on a central deployment pipeline in which the team automates the testing and deployment processes.

Enterprise DevOps: Continuous delivery services

If you would like to learn more about it please book a demo with us, or sign up for the free trial today. The integration, testing, delivery, and deployment should take anywhere from minutes up to a few hours for test cycles to finish. If it takes days to move a build through the CI/CD pipeline time to value is not being realized and the process should be fine-tuned. A pipeline is just another way of characterizing the series of steps involved in deploying a new version of software. Monitoring and automation are concepts introduced in a CI/CD pipeline to improve the app development process, especially during the integration and testing phases, as well as when software is delivered and deployed.

CI/CD falls under DevOps (the joining of development and operations teams) and combines the practices of continuous integration and continuous delivery. With a CI/CD pipeline, development teams can make changes to code that are then automatically tested and pushed out for delivery and deployment. CI and CD stand for continuous integration and continuous delivery/continuous deployment. In very simple terms, CI is a modern software development practice in which incremental code changes are made frequently and reliably.

What Are CI/CD and the CI/CD Pipeline?

Changes that pass the requirements of one stage are either automatically deployed or queued for manual deployment into more restrictive environments. Early stages are meant to prove that it’s worthwhile to continue testing and pushing the changes closer to production. Frequently, teams start using their pipelines ci/cd pipeline monitoring for deployment, but begin making exceptions when problems occur and there is pressure to resolve them quickly. Putting your fix through the pipeline (or just using the CI/CD system to rollback) will also prevent the next deployment from erasing an ad hoc hotfix that was applied directly to production.

  • In this case study, we shown our client benefits from implementing CI/CD – CI/CD and testing for Xi Epoch (now part of Prism) – design and development.
  • The goal of the continuous delivery pipeline stage is to deploy new code with minimal effort, but still allow a level of human oversight.
  • We discussed the importance of maintaining parity between environments, but one component of this is important enough to warrant extra attention.
  • This refers to how long it takes to roll out a functional application from the time work on the code begins.
  • Putting your fix through the pipeline (or just using the CI/CD system to rollback) will also prevent the next deployment from erasing an ad hoc hotfix that was applied directly to production.
  • CI/CD, which stands for continuous integration (CI) and continuous delivery (CD), creates a faster and more precise way of combining the work of different people into one cohesive product.

When everyone is on the same page, CI/CD can help organizations release software faster and with fewer errors. Continuous deployment (CD) is a higher degree of automation, in which a build/deployment occurs automatically whenever a major change is made to the code. Finally, there are automatic alerting of infrastructure and application performance problems (AlertManager, PagerDuty). An efficient alerting mechanism that augments the Continuous Integration and Continuous Delivery pipeline is crucial to support engineering and product velocity. They use built-in alerting to detect failures or anomalous conditions and combine alerts with webhooks to proactively solve problems when they’re detected. In the reactive approach, updates to monitoring systems are here a reaction to incidents and outages.

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