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 Complete Hands-On Guides
App Platform for Linode Kubernetes Engine
Progressive Delivery for Kubernetes with Flux, Helm, Linkerd and Flagger
A demo of cloud-native Inner Loop and Outer Loop controlling a 2-tier app (Python + Go) with Red Hat OpenShift using Tekton Pipelines, Argo CD GitOps, Eclipse Che aka OpenShift DevSpaces and Quay.io registry
Helm charts for creating reproducible and maintainable deployments of Polyaxon with Kubernetes.
Orthanc on Kubernetes
Working examples of manifests for openshift for use in a declarative management strategy.
A chart Helm to define RBAC in your clusters the GitOps way
IA Development GitOps Setup
☸️ Helm Charts Repository
Demos to do CI/GitOps with Gatekeeper policies as OCI artifact or Apps as Helm chart
🚀 Single Source of Truth (Manifest files) for user applications
CI/CD with ArgoCD, Helm and GitHub Actions
Hochschule Burgenland - BSWE: Demo applications running on the Kubernetes cluster
Kubernetes configuration of my homelab built with Talos OS, FluxCD, Helm and a lot of coffee.