Weave GitOps vs Kubefirst vs Cyclops: Best Self-Hosted GitOps Dashboards 2026

GitOps has become the standard for managing Kubernetes deployments — defining your infrastructure and applications as code in Git repositories, then letting automation sync the desired state to your clusters. But staring at YAML files and CLI output isn’t always the best way to understand what’s running across your environments. That’s where GitOps dashboards come in.

In this guide, we compare three leading open-source GitOps dashboard platforms: Weave GitOps, Kubefirst, and Cyclops. Each takes a different approach to visualizing and managing GitOps workflows, from simple cluster observability to full internal developer platforms.

What Is a GitOps Dashboard?

A GitOps dashboard provides a visual interface over your Git-driven deployment pipeline. Instead of running kubectl get pods or parsing Argo CD CLI output, you get a web UI showing:

• Application deployment status across clusters
• Sync history and drift detection
• Resource topology and dependency graphs
• Rollback and remediation controls
• Team-level access controls and audit logs

The right dashboard can reduce mean time to resolution (MTTR) for deployment issues, onboard new team members faster, and give non-CLI users visibility into infrastructure state.

Weave GitOps

GitHub: weaveworks/weave-gitops | Stars: ~1,300+ | License: MPL-2.0

Weave GitOps (formerly GitOps UI) is an open-source dashboard built specifically for the Flux CD ecosystem. It provides a clean, focused interface for managing Flux-powered GitOps workflows without leaving your browser.

Key Features

• Native Flux CD integration with GitRepository, Kustomization, and HelmRelease visualization
• Multi-cluster support with cluster federation view
• Deployment history and rollback from the UI
• OIDC and RBAC integration for team access control
• Built-in drift detection alerts

Installation

Weave GitOps installs as a Helm chart on any Kubernetes cluster running Flux:

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# values.yaml for Weave GitOps
gitops:
  adminUser:
    create: true
    username: admin
  cluster:
    name: production

ingress:
  enabled: true
  className: nginx
  hosts:
    - host: gitops.example.com
      paths:
        - path: /
          pathType: Prefix

Deploy with Helm:

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helm repo add weave-gitops https://weaveworks.github.io/weave-gitops
helm install gitops weave-gitops/gitops \
  --namespace flux-system \
  --values values.yaml

Docker Compose (Local Development)

For local testing with Kind or Minikube:

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kind create cluster --name gitops-demo
kubectl apply -f https://raw.githubusercontent.com/fluxcd/flux2/main/manifests/install.yaml
helm install gitops weave-gitops/gitops --namespace flux-system
kubectl port-forward -n flux-system svc/gitops-weave-gitops 9001:9001

Kubefirst

GitHub: kubefirst/kubefirst | Stars: ~1,500+ | License: Apache-2.0

Kubefirst is a comprehensive internal developer platform (IDP) that bootstraps an entire GitOps-driven infrastructure stack on any Kubernetes cluster. It goes far beyond a simple dashboard — provisioning Argo CD, Vault, Keycloak, Prometheus, and more in a single command.

Key Features

• Full-stack platform provisioning (15+ tools auto-configured)
• GitOps-powered by Argo CD with visual pipeline management
• Integrated secrets management via Vault
• SSO/SAML via Keycloak out of the box
• Multi-cloud support (AWS, DigitalOcean, CIVO, on-prem)
• Developer self-service catalog for new projects

Installation

Kubefirst uses its own CLI for platform bootstrapping:

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# Install the kubefirst CLI
curl -sSL https://github.com/kubefirst/kubefirst/releases/latest/download/kubefirst-linux-amd64 \
  -o kubefirst && chmod +x kubefirst && sudo mv kubefirst /usr/local/bin/

# Launch a local Kind-based cluster with full platform
kubefirst launch \
  --provider kind \
  --cluster-name dev-platform

For cloud deployments:

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# kubefirst.yaml - Cloud provider configuration
provider: digitalocean
cluster:
  name: production-platform
  region: nyc3
  nodeCount: 3
  nodeSize: s-4vcpu-8gb
gitops:
  provider: github
  owner: your-org
  repository: kubefirst-manifests

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kubefirst create --config kubefirst.yaml

Cyclops

GitHub: cyclops-ui/cyclops | Stars: ~2,800+ | License: Apache-2.0

Cyclops takes a fundamentally different approach: instead of managing existing GitOps pipelines, it provides a developer-friendly UI for deploying applications to Kubernetes through templated forms. It abstracts Helm charts and Kustomize overlays into simple web forms that developers can fill out without knowing YAML.

Key Features

• Form-based application deployment from Helm charts
• Template engine for custom deployment forms
• Real-time resource status and health monitoring
• Built-in YAML editor for advanced users
• Multi-namespace and multi-cluster support
• RBAC with fine-grained permissions

Installation

Cyclops deploys via Helm:

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helm repo add cyclops-ui https://cyclops-ui.github.io/helm-charts
helm repo update

helm install cyclops cyclops-ui/cyclops \
  --namespace cyclops \
  --create-namespace

Configure a custom template for your team’s services:

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# cyclops-template.yaml
apiVersion: cyclops-ui/v1alpha1
kind: Template
metadata:
  name: web-service
spec:
  path: https://github.com/your-org/templates/web-service
  version: "1.0.0"
  fields:
    - name: replicaCount
      type: number
      description: "Number of replicas"
      default: 3
    - name: image
      type: string
      description: "Container image"
    - name: ingress.enabled
      type: boolean
      description: "Enable ingress"

Access the UI:

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kubectl port-forward -n cyclops svc/cyclops 3000:3000

Comparison Table

Which Should You Choose?

Weave GitOps is the right choice if your organization already uses Flux CD and needs a clean dashboard for cluster operators. It’s lightweight, focused, and integrates seamlessly with the Flux ecosystem.

Kubefirst shines when you need an entire internal developer platform, not just a dashboard. If you’re building a self-service platform for dozens of engineering teams, Kubefirst provisions everything you need in one command.

Cyclops is ideal for organizations that want to lower the barrier to Kubernetes for application developers. By converting Helm charts into simple forms, it lets developers deploy services without writing YAML or learning kubectl.

Why Self-Host Your GitOps Dashboard?

Running your GitOps dashboard on your own infrastructure gives you complete control over deployment data, access policies, and audit trails. When your CI/CD pipeline information lives on a vendor’s SaaS platform, you lose visibility during outages, face potential data exposure, and risk vendor lock-in for your deployment workflows.

Self-hosting means your deployment history, rollback capabilities, and access controls stay within your network boundary. For regulated industries like finance and healthcare, this is often a compliance requirement rather than a preference.

For Kubernetes security hardening, see our Kubernetes hardening guide. If you’re managing secrets across your GitOps pipeline, check our Kubernetes secrets management comparison. For Flux-specific workflows, our Helm management guide covers Helmfile vs Flux vs Argo CD Helm patterns.

FAQ

What is the difference between Weave GitOps and Argo CD?

Weave GitOps is a dashboard specifically for Flux CD, while Argo CD is a complete GitOps engine with its own UI. They serve different GitOps ecosystems — choose based on whether your cluster uses Flux or Argo CD as the sync engine.

Can Kubefirst run on an existing Kubernetes cluster?

Yes. While Kubefirst can provision new cloud clusters, it also supports installing on existing clusters via kubefirst init. You’ll need cluster admin access and at least 4 CPU cores and 8 GB RAM for the full platform stack.

Does Cyclops replace Helm?

No. Cyclops uses Helm charts as its deployment backend. It provides a form-based UI on top of Helm, making it easier for developers to deploy without writing Helm values files manually.

Is Weave GitOps compatible with Argo CD?

No. Weave GitOps is designed specifically for Flux CD. If you use Argo CD, you should use the built-in Argo CD UI or consider Kubefirst which includes Argo CD as part of its platform.

How much resources does each tool require?

Weave GitOps needs ~200 MB RAM and 0.5 CPU cores. Cyclops needs ~300 MB RAM. Kubefirst is significantly heavier — provisioning 15+ tools requires at least 4 CPU cores, 8 GB RAM, and 50 GB storage for the full platform.

Can I run multiple GitOps dashboards on the same cluster?

Technically yes, but it creates operational complexity. Each dashboard manages its own sync state and may conflict with the others. In practice, teams choose one platform and standardize on it.