GitOps Workflows (ArgoCD / Flux)
Declarative deployments through Git with automated rollouts, sync, drift detection, and compliance. We implement GitOps workflows using ArgoCD and Flux to give your engineering teams predictable, secure, and highly automated delivery pipelines — where Git acts as the primary source of truth for applications and infrastructure.
Common Problems We Solve
- Manual deployments that fail often → replaced with Git-triggered, automated rollouts
- Different configs across environments → replaced with single-source-of-truth manifests
- Risky manual access to production clusters → replaced with secure GitOps pipelines
- Slow and error-prone release cycles → replaced with fast, repeatable releases
- Zero visibility into what's running in production → replaced with dashboards and audit logs
Automation significantly reduces these risks and improves reliability across the delivery process.
What We Build
Declarative Deployments from Git
Your entire application deployment flow is defined in Git:
- Deployment manifests (Helm, Kustomize, YAML)
- Environment-specific overlays
- Automated promotion between dev/staging/prod
- Rollouts triggered by Git pushes, not manual clicks
- Designed for stable, repeatable, and auditable deployments.
ArgoCD or Flux — Based on Your Architecture
We choose the right tool for your cloud, architecture, and team size:
- ArgoCD: Best for teams requiring a visual dashboard, RBAC, and enterprise control. Real-time health & sync status, automatic drift correction, multi-tenant app-of-apps patterns, blue-green & canary strategies, SSO, RBAC, and audit logging
- Flux: Best for simple, lightweight GitOps setups. Minimal overhead, Git-first workflows, tight Helm integration, event-driven reconciliation
- We choose the right tool for your cloud, architecture, and team size.
Drift Detection & Self-Healing
GitOps significantly reduces configuration drift:
- Continuous comparison of cluster state with Git
- Automated reconciliation
- Alerts for out-of-band changes
- Optional rollback or auto-fix
- Your environments are designed to remain consistent and secure.
Progressive Delivery
We implement modern rollout strategies with Argo Rollouts or Flagger:
- Blue-green deployments
- Canary releases
- Traffic shaping & metric-based promotion
- Automatic rollback on failure
- Faster release cycles with reduced incident frequency observed in GitOps-based environments.
Environment Parity by Design
With GitOps, all environments use the same code and configs:
- Dev / Staging / Prod parity
- Reusable manifests and Helm charts
- Parameterized configuration
- Automated promotions via PRs
- No undocumented changes, no snowflake clusters.
Security, Compliance & Access Control
GitOps supports strong deployment security through controlled, Git-based workflows:
- Deployments triggered only through Git commits
- Signed commits & OCI images
- RBAC for clusters and git repos
- Immutable audit logs
- Policy-as-Code (OPA, Kyverno)
- Direct access to production consoles is significantly reduced.
How It Works
- 1We analyze your current deployment process, identify manual steps, and design the optimal GitOps architecture
- 2We choose the right tool (ArgoCD or Flux) based on your team size, requirements, and existing infrastructure
- 3We set up Git repositories with deployment manifests, Helm charts, and environment-specific overlays
- 4We configure automated sync, drift detection, and self-healing workflows
- 5We implement progressive delivery strategies (canary, blue-green) with Argo Rollouts or Flagger
- 6We integrate GitOps with CI/CD, Kubernetes, and monitoring systems for end-to-end automation
GitOps helps address these issues through declarative deployments, automated sync, and Git as the primary source of truth.
Results commonly observed in projects, depending on system complexity, organizational structure, and implementation scope.
Results You Can Expect
Results commonly observed in GitOps implementation projects, depending on cluster architecture, team processes, and operational maturity.
Who This Is For
Frequent deployers
Deploy frequently and need stability
Microservices teams
Run microservices or multiple environments
Compliance-focused teams
Need strict compliance and auditability
The results shown are based on individual project contexts and client environments. Actual outcomes may vary depending on system complexity, architecture, and organizational setup.
Why Choose H-Studio for GitOps
Frequently Asked Questions
Which GitOps tools are used?
We work with ArgoCD, Flux, Jenkins X, and other GitOps tools. We choose the best tool based on your Kubernetes environment, team preferences, and requirements.
How long does it take to implement GitOps?
Implementing GitOps for a Kubernetes platform typically takes 2–3 weeks. Simple setups can be faster, while complex multi-cluster environments need 3–4 weeks.
Does GitOps work with existing CI/CD pipelines?
Yes — GitOps complements CI/CD pipelines. CI/CD builds and tests code, while GitOps orchestrates deployments to Kubernetes. Both work seamlessly together.
Next Steps
Ready to implement GitOps workflows for your Kubernetes platform?
Disclaimer: All improvements described on this page are based on specific project contexts and technical implementations. Actual results may vary depending on system complexity, architecture, organizational processes, and baseline conditions. H-Studio provides technical implementation services and does not guarantee specific performance metrics or business outcomes.