GitOps is a contemporary software development methodology that leverages Git repositories as the definitive source for infrastructure and application configurations, ensuring alignment between the desired state in Git and the actual deployed state through automated processes. This approach integrates Infrastructure as Code (IaC), CI/CD pipelines, and automated deployment, particularly excelling in Kubernetes environments by using operators for automatic reconciliation. The Git repository acts as a centralized platform for storing infrastructure code and applications, enabling version control, collaboration, and automated deployment. GitOps promotes a declarative model, ensuring environments reflect the state defined in the Git repository, reducing the risk of configuration drift. Infrastructure as Code (IaC) is crucial for GitOps, allowing infrastructure management through code and promoting consistency, version control, and automation. CI/CD pipelines automate building, testing, and deploying changes, supporting GitOps by detecting changes in Git, triggering builds and tests, and deploying updates automatically. Kubernetes operators continuously monitor repositories, applying updates to clusters, providing automatic reconciliation, and self-healing if discrepancies arise. Harness GitOps, an AI-powered platform, enhances this approach by offering a centralized console, PR Pipelines for automated promotion and rollback, automated updates of GitOps controllers, and advanced observability, facilitating more robust workflows, reducing operational overhead, and speeding up software delivery. Implementing GitOps workflows can lead to improved consistency, reliability, and efficiency in software delivery, encouraging faster innovation and better customer satisfaction.