Azure DevOps Q&A Series – Part 2

 

Welcome to Part 2 of our Azure DevOps Q&A series. This section focuses on two of the most essential building blocks of any DevOps workflow — Azure Repos and Azure Pipelines.

In the first half, we’ll explore everything you need to know about Azure Repos — including Git fundamentals, real-world branching strategies, pull requests, merge policies, and repository-level security.

The second half is dedicated to Azure Pipelines — where we’ll cover YAML pipelines, CI/CD concepts, pipeline structure (stages, jobs, steps), agent pools, approvals, artifacts, and other automation practices used in real-world deployments.

Whether you’re building applications, provisioning infrastructure, or managing enterprise DevOps platforms, this part will help you confidently manage code and automation workflows within Azure DevOps.


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Azure DevOps Q&A Series – Part 1

This article is the first installment of a 3-part Q&A series designed to help you master Azure DevOps — whether you’re just starting out or already working as an experienced DevOps engineer.

Each part of the series is structured to cover core concepts, real-world practices, and often overlooked details in a question-and-answer format, making it easy to read and quick to reference.

    • 🟦 Part 1 (this article): DevOps Basics, Azure DevOps Organizations, Projects, and Azure Boards
    • 🟨 Part 2: Azure Repos, Git, Branching Strategy, Pull Requests, Repo Security, and YAML Pipelines
    • 🟥 Part 3: Azure DevOps Artifacts, Environments, Licensing Models, DevSecOps, Extensions, and Best Practices

🔖 Bookmark this series for continuous reference — whether you’re preparing for interviews, upskilling in your role, or leading a DevOps transformation.

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Kubernetes Volume Management

In Kubernetes, applications running in pods are ephemeral by nature. If a pod crashes or is rescheduled, any data stored inside the pod’s container filesystem is lost.

While this design works well for stateless workloads, many enterprise applications need persistent storage for stateful data. This makes volume management a critical topic in Kubernetes.

This article explores volume management concepts in Kubernetes, then connects those principles to AKS and Azure storage offerings with detailed explanations and examples.


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