What Is Azure DevOps? Azure DevOps is a suite of development tools from Microsoft that supports software development teams in planning work, collaborating on code development, and building and deploying applications. It enables teams to work efficiently throughout the entire software development lifecycle, from ideation to delivery. Azure DevOps is used by software developers, project […]
Read Article >Argo is a powerful open-source tool designed to run and manage container-native workflows in Kubernetes. Argo is a tool that’s growing in popularity, and more organizations require comprehensive Argo support.
Read Article >A Jenkins pipeline is a suite of Jenkins features that supports implementing and integrating continuous delivery pipelines into your software delivery process. A pipeline has an extensible automation server where creating, testing, and deploying software happens continuously.
Read Article >Shadow deployment allows an organization to test new software or updates in a production-like environment before going live. It involves creating a ‘shadow’ or replica of the live environment.
Read Article >Canary deployment is a method of rolling out new software versions in a controlled manner, testing a new version on a small fraction of users to ensure it works well, before rolling out to all users.
Read Article >Terraform’s declarative nature aligns well with the GitOps principle of storing the desired state of infrastructure as code. This combination enhances automation, consistency, and reproducibility in infrastructure management.
Read Article >ArgoCD Sync Policy is an important feature of ArgoCD, a GitOps tool which manages the synchronization of applications deployed in a Kubernetes environment with their corresponding configurations stored in a Git repository.
Read Article >Terraform provides a high-level configuration language that codifies APIs into declarative configuration files. You define and provide data center infrastructure using a code-based approach.
Read Article >While DevOps focuses on the entire software development lifecycle, platform engineering is primarily concerned with the platform that hosts the applications.
Read Article >In declarative programming, you express the logic of a computation without revealing its control flow or state management. Imperative programming is a paradigm where you explicitly state how the program should achieve the desired result.
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