If you are thinking about incorporating GitOps into your digital transformation strategy, it is likely that you are seeking to simplify your internal production environment procedures. In this article, we will present the advantages of GitOps and demonstrate how it promotes proper delegation of workflow responsibilities within teams and enhances transparency throughout the development process.

Implementing Continous Deployment with GitOps

Cloud-native applications are now being implemented with Continuous Deployment by companies using GitOps. GitOps can simplify the deployment of cloud-native applications in real time by providing a single source of truth for declarative infrastructure and workloads, thereby helping software development teams. GitOps is an operational framework that utilizes DevOps and is considered to be a best practices tool for improving infrastructure automation in DevOps.

The Importance of GitOps

GitOps is a development-centric approach that empowers team members to handle and govern the internal functionalities of cloud-native applications. It offers developers an application development strategy that leverages pull requests to expedite and streamline infrastructure modifications. GitOps serves as a solution to facilitate the delivery of new features by automating the Continuous Delivery of cloud-native applications for businesses.

The Importance of GitOps in the CI/CD Pipeline

The GitOps operating model's strength is its capability to introduce new modifications, like system cloud infrastructure deployments. By using the GitOps workflow, application environment changes can be initiated through pull requests to Git repositories that contain Kubernetes files.

Git has become an essential component of CI/CD, with big organizations employing a single CI/CD pipeline for each project. Typically, projects are assigned to distinct Git repositories, and different teams are authorized to work on them in different CI/CD pipelines.

GitOps is crucial because it revolves around a unified source control system that facilitates the equitable distribution of workloads among teams. With Git workflows and automatic infrastructure updates, Continuous Delivery can be easily handled, enabling code to be pushed from repositories to CI/CD pipelines for initiating changes. In GitOps workflows, new releases are introduced using pull requests in Git that transform from the current state to the declared state, and changes can be sanctioned and merged before being automatically applied to the deployed infrastructure.

Once changes are merged, they get implemented on the cloud infrastructure of the system. Engineers have the option to compare the repository's intended state to the current state of the deployed infrastructure. Any discrepancies between the actual state and the repository's state, which may have arisen due to human error or other factors, can be resolved. Developers can consistently use the standard workflow practices to initiate integration and delivery practices on a daily basis.

Conclusion

GitOps empowers developers to manage application infrastructure and configurations on their own. By serving as the single source of truth, GitOps equips developers with familiar tools, improving automation and productivity. Adhering to GitOps practices, developers can optimize application development and promote collaboration with ease. Furthermore, with an accelerated approval process, teams can focus on creating a developer-centric experience when developing cloud-native applications. Overall, as an operational framework that utilizes DevOps best practices, GitOps is an effective tool for enhancing the developer experience.