Earlier this year, when Codefresh announced the first course in our GitOps for Argo certification program – GitOps Fundamentals – we had high hopes that the course would satisfy the community’s pent-up demand for practical GitOps knowledge. To meet this demand, we designed a course that features lab environments to dramatically improve the learning experience. Each student gets a lab environment pre-configured with everything they need to learn GitOps using Argo CD.

GitOps modernizes software management and operations by allowing developers to declaratively manage infrastructure and code using a single source of truth, usually a Git repository. Many development teams and organizations have adopted GitOps procedures to improve the creation and delivery of software applications. For a GitOps initiative to work, an orchestration system like Kubernetes is crucial.

GitOps takes DevOps best practices used for application development (such as version control and CI/CD) and applies them to infrastructure automation. In GitOps, the Git repository serves as the source of truth and the CD pipeline is responsible for building, testing, and deploying the application code and the underlying infrastructure. Nowadays, an application is not just code running on infrastructure that you own and operate.

In an ideal world, developers would be able to release new products and features from development environments into production extremely fast while also not having to stress about breaking prod. Achieving this combination of development speed while also maintaining software reliability requires having the right toolchain and automation in place.

Many organizations that have already implemented a DevOps culture are looking to further accelerate their development process by adopting GitOps practices in their environments. There is a lot to take into consideration when planning out your GitOps strategy, and you can read more about it at this Codefresh learning center about adopting GitOps.

Last month we announced the 3 major features we are adding to the Codefresh platform. Dashboards for DORA metrics, support for any external Continuous Integration system and a hosted GitOps service. The hosted GitOps experience (powered by Argo CD) is now available to all new Codefresh accounts (even free ones) so that simply by signing up you can start deploying applications right away to your Kubernetes cluster without having to maintain your own Argo CD installation.

VMware Tanzu Mission Control users can now drive clusters via GitOps. This new feature of Tanzu Mission Control is built on Flux CD and enables users to attach a git repository to a cluster and sync YAML artifacts (using Kustomize) from the repository to the cluster. This feature provides a method for managing cluster configurations with Tanzu Mission Control via continuous delivery from a git repository.

Git integration has always been at the foundation of Stream. In the fall 2021 release of Cribl Stream (both on-prem software and Cloud), our Enterprise users have a received set of APIs to separate the development and deployment of Stream. Stream GitOps connects with your favorite git based versioning platforms and leverages their PR, approve/reject, and CI/CD workflows to push production-ready changes from a development branch into a main branch or release.

Learn how to adopt GitOps for your microservices deployments. This blog post will explain the highlights listed below and how it’s possible to adopt GitOps and the benefits of deploying with Argo for your microservices.

WordPress is a popular platform for editing and publishing content for the web. This tutorial will walk you through how to build out a WordPress deployment using Kubernetes, ArgoCD, Crossplane, and Shipa. WordPress consists of two major components: the WordPress PHP server and a database to store user information, posts, and site data. We will define these two components and store them in a Git repository.