GitOps is an operational framework that takes DevOps best practices used for application development such as version control, collaboration, compliance, and CI/CD, and applies them to infrastructure automation. GitOps uses Git repositories as a single source of truth to deliver infrastructure as code.
There are four key components to a GitOps workflow, a Git repository, a continuous delivery (CD) pipeline, an application deployment tool, and a monitoring system.
Kubernetes configuration of my homelab built with Talos OS, FluxCD, Helm and a lot of coffee.
App Platform for Linode Kubernetes Engine
Hochschule Burgenland - BSWE: Demo applications running on the Kubernetes cluster
ArgoCD ApplicationSets automatically deploys open GitHub or GitLab pull requests, streamlining test/preview environment creation through SCM label integration
Helm charts for creating reproducible and maintainable deployments of Polyaxon with Kubernetes.
Kubernetes Complete Hands-On Guides
GitOps manifests for fully automated Kubernetes platform (ArgoCD App of Apps, Helm, SOPS, Prometheus, Loki)
ArgoCD/GitOps managed multi-architecture (armv8 & amd64) Kubernetes cluster at home.
Example Repository utilizing roles to deploy applications to argo-cd clusters
☸️ Helm Charts Repository
🎯 Curated collection of Helm charts for popular open-source applications - Easy deployment on Kubernetes
IA Development GitOps Setup
CI/CD with ArgoCD, Helm and GitHub Actions
GitOps monitoring stack using Argo CD for deployment. Includes Prometheus, Grafana, OpenSearch, Fluent Bit/Fluentd for logs, Traefik ingress, and Cloudflare Tunnel. Declarative Kubernetes configuration managed via Git.
flux infra & app kustomizations
a gitops based secure cluster and secure namespaces setup for kubernetes as a part of Operations as a Service (OaaS)