The DevOps market is increasing day by day. The DevOps market that was held worth USD 7 Billion in 2021 is expected to reach USD 26 Billion in 2027. This is an exponential growth of 24.6% for the forecast year 2022-2027.
DevOps is not a technology but rather a collection of attitudes, techniques, and tools used to improve organizational performance. DevOps collaborate with SDLC and strive to provide the most value possible through Continuous Integration and Continuous Delivery.
Suppose you are seeking to hire DevOps engineers Canada or DevOps consultants. In that case, you should assess the candidates’ expertise in CI-CD practices to ensure better results for future deliveries. This technique is advantageous for cross-functional teams.
In this blog, we will discuss CI-CD practices for better output.
Best Practices of DevOps CI-CD
You may ensure that the process of SDLC goes well and deliver on time. The process becomes more efficient and fast with the help of DevOps CI-CD practices. Whenever there is a code change or modification, it is critical to keep the team updated. DevOps CI-CD services imply that feedback is sent and received promptly and accurately.
Here you will find best CI-CD practices that will help you match with your business goals.
Security is Important
One of the drawbacks of technology is the target for hacking. You never know when someone is going to breach your security. Hackers are interested in everyone, regardless of industry or niche. Your codebase is accessible via the CI-CD system. It also provides access to credentials for deployment in multiple contexts. As a result, it is a prime target for hackers.
Therefore, you should think about isolating your CI-CD systems. It would be best if you put them in secure internal networks where they cannot be hacked. VPNs provide robust two-factor authentication as well as identification and access management solutions. As a result, it will assist you in enforcing and limiting your exposure to threats.
Testing
Testing is the process of determining the flaws and performance of the software. It aids in the elimination of errors in the process and ensures bug-free performance. It also assists the developer in ensuring that they are on the same track anticipated at the project’s start. If the software is created without being tested, it may be rendered unusable.
Continuous integration, continuous delivery, and continuous deployment are the three critical principles associated with CI-CD. The introduction of automation into the CI-CD pipeline improves performance.
When the same test must be run repeatedly, automation can help reduce manual efforts. It also provides faster and more precise input. It also aids in generating and comparing numerous test findings, assuring product consistency.
Blue-Green Deployment
Another technique that is gaining popularity is blue-green deployment. It reduces the likelihood of production-related issues. This deployment approach decreases downtime and risk by running two identical production environments termed Blue and Green. To practice this deployment strategy, you must maintain two distinct domains: blue and green. Only one of their environments can run the software at the same time. These two ecosystems are different but similar.
The main advantage of this strategy is that it avoids the possibility of a failed deployment affecting end customers. It is evident that creating two distinct environments doubles the size of the infrastructure required for maintenance and raises the expense. However, it is worth the money in the long term to increase CI/CD processes and reliability.
Branching
A branching approach can divide various application versions into distinct branches. The main-branch branch has stable code, and there are numerous more branches. Other branches feature codes that are still in development and have not been thoroughly tested.
A branching method aids in the definition of delivery team functions as well as the issue of improvement and bug fixes. It also minimizes the delivery pipeline’s complexity. Branching enables developers to concentrate on developments and deployments on individual branches while leaving the stable main branch alone. It boosts efficiency without disrupting the stable branch’s codebase.
Conclusion
The primary goal of DevOps and CI-CD practices is to automate the SDLC process. Development, testing, and deployment are all part of the software development process. As a result, DevOps tools are becoming an essential part of the SDLC process. Deeper CI-CD methods collaboration with automation and process improved foresight about progress and deployment. In addition, you may maintain track of modifications and revert to a previous code branch if necessary.
DevOps consultant believes that CI-CD practices increase the SDLC’s efficiency and provide more extraordinary results and customer satisfaction.
Hire DevOps engineers Canada who are aware of the significant aspect of CI-CD practices and able to implement them seamlessly.
