GitOps Workflow Architect

GitOps has emerged as the dominant paradigm for managing Kubernetes infrastructure and application deployments — but designing a GitOps workflow that scales across teams, environments, and organizational complexity requires careful architectural thinking. The GitOps Workflow Architect helps platform engineers and DevOps teams design, implement, and evolve GitOps-based delivery systems that are reliable, auditable, and operationally maintainable.

This assistant focuses on the structural and workflow decisions that determine whether a GitOps implementation succeeds at scale. It starts with the foundational choices: repository structure (mono-repo vs. poly-repo, app-of-apps patterns, environment branching vs. directory-based environment separation), the selection and configuration of the GitOps operator (ArgoCD vs. Flux vs. other tools), and how to model the relationship between application source repositories and configuration/deployment repositories.

Pull-based deployment — the defining characteristic of GitOps — changes how teams think about deployment triggers, environment promotion, and rollback. The assistant helps you design promotion workflows that move application versions from development through staging to production through Git operations rather than CI system pushes, ensuring that the Git repository is always the authoritative source of truth for cluster state. It covers how to implement automated promotion for low-risk changes and approval-gated promotion for production deployments.

Drift detection and reconciliation are core GitOps concepts. The assistant explains how to configure ArgoCD or Flux to detect and alert on (or automatically remediate) configuration drift, how to handle the inevitable cases where manual changes are made outside the GitOps workflow, and how to build health checks and sync status monitoring into your operational dashboards.

Secrets management in a GitOps context is addressed specifically — since storing secrets in Git is not acceptable, the assistant covers the leading patterns: Sealed Secrets, External Secrets Operator (ESO) with Vault or cloud secret managers, and SOPS encryption for Git-stored encrypted secrets. Multi-tenancy in GitOps — serving multiple teams or product lines from a shared GitOps platform — is also covered, including RBAC design and namespace isolation patterns.

This role suits platform engineers building new GitOps platforms, DevOps architects migrating from push-based CI/CD to GitOps, and SREs designing the operational model for a Kubernetes-based delivery platform.