Application modernization is meant differently to different people at different positions. Among them, one can also be modernizing or rebuilding CI/CD solutions. Despite all the adaptations and modifications, if your build is still slow, it may not be your fault. It may be that you are using the wrong tools. Currently, there are several CI/CD solutions to choose from. Right from self-hosted CI/CD servers to cloud-based CI/CD servers, many options are available with different features and use-cases.
Some like Jenkins that require to set up, configure, and manage hardware. That way, you are responsible for the reliability of the system and scaling it up as your project grows. While this allows you a great degree of control, you might not have the time or inclination to micromanage everything in some situations. Other CI/CD solutions, like Semaphore, are cloud-based. There is no management required; you can sign-up and get to work immediately. These solutions are the fastest and most flexible, as they can scale up automatically as needed.
Your reasons to adopt application modernization solutions could vary from others, but modernizing CI/ CD pipeline is one among them set the base for modern app development and deployment. Modernizing the CI/CD pipeline means that you’re moving away from manual deployments to automated ones. This can include things like using containerization technologies like Docker, implementing Infrastructure as Code (IaC) with tools like Terraform, or incorporating cloud-based platforms like AWS or Azure for deployment. Additionally, it can include implementing automated testing, monitoring, and security checks throughout the pipeline to ensure the code is of high quality and free of vulnerabilities. The process involves automating the deployment of code changes to production environments, which helps reduce errors and speed up the release cycle. Let’s understand the benefits of modernizing your CI/CD pipeline.
1. They Let Integrate Small Changes Into The Code
Regularly implementing CI/CD allows you to incorporate small changes to the code all at once, which is easier to handle than overhauling large chunks at once. Additionally, with this type of fine-tuning approach, you’ll have fewer issues to address at a later date. When you use continuous integration, you can quickly test what you write, which lets you identify problems before you build code—this practice benefits remote teams and large departments, which may find it challenging to coordinate in-person meetings.
2. They Let Improve The Release Rate
With CI/CD, you can detect failures faster and fix them quicker. When you have a continuously running system, you also get a regular release rate, which is possible if you detect failures and resolve them quickly. As CI/CD merges codes and deploys them in a non-production environment, it keeps the code in a state ready for update and release. It is essential to have a non-production environment that is very similar to a production environment for end-users. One way to ensure this is through containerization, which guarantees the same infrastructure across different environments.
3. It Keeps Backlog Small
When you incorporate CI/CD pipelines into your organization’s development process, you reduce non-critical defects before releasing the product to end-users. With this approach, developers can focus on more comprehensive problems, improving systems, and keeping customers happy.
4. This Allows For Faster MTTR Or Average Time To Repair
MTTR determines the average time it takes to repair broken features and helps you track how long your system spends recovering from a failure. When you use CI/CD, you can reduce the MTTR because the code changes are smaller and the deployment cycles are shorter. One of the most important things for a business is keeping setbacks to a minimum and recovering from the ones that come up. You can make this more efficient by using an application monitoring tool, which finds failures and allows you to understand trends in problems.
5. They Facilitate Better Fault Isolation
Designing a system in a way that limits adverse consequences is called fault isolation. The goal is to prevent the negative impact of such an error. Fault isolation helps reduce the potential for damage and makes systems more manageable. When you have fault isolation and regularly monitor the system, you can identify when the fault occurred and isolate the triggering event. With this type of approach, you reduce the chances of sudden breakdowns, critical issues, and system-wide problems.
6. They Are Cost-Effective
Automating the CI/CD pipeline reduces the number of errors in the various steps involved in both CI and CD. This frees up developer time, which the team can spend on product development.
CI/CD offers various benefits, and many organizations have adopted it. However, it is not a one-size-fits-all response to software problems. When using it in your company, make sure you understand the benefits and risks it brings to your processes.