GitOps and traditional DevOps have emerged as powerful frameworks for automating software delivery and operations.
In traditional DevOps workflows, the focus is on automating and streamlining the development pipeline, from writing code to testing, and ultimately deploying it into production.
GitOps is a newer approach that takes DevOps practices and refines them, using Git as the single source of truth for both application code and infrastructure configurations.
GitOps utilizes Kubernetes and other cloud-native technologies to enable automated and continuous deployment, relying heavily on pull requests, version control, and declarative configurations.
While both GitOps and traditional DevOps share a common goal—streamlining software development and improving operational efficiency—their core approaches are markedly different.
In GitOps, Git repositories act as the single source of truth, while in traditional DevOps, infrastructure management may involve tools that aren’t necessarily version-controlled in the same way.
GitOps introduces a highly automated, declarative workflow, while traditional DevOps workflows often rely on more complex, imperative workflows.
GitOps is particularly well-suited for continuous deployment, while traditional DevOps workflows often require manual intervention for deployments.
GitOps facilitates seamless collaboration between development and operations teams, ensuring transparency and accountability, while traditional DevOps workflows may not always be as transparent.
GitOps is ideal for teams looking for a simplified, automated workflow for managing both infrastructure and application deployment, while traditional DevOps may be more suitable for organizations with complex infrastructure needs.