Windows Containers in Kubernetes Kubernetes supports Windows Server container workloads through Windows worker nodes. A production Kubernetes cluster running Windows containers has a mixed-OS architecture: the control plane (API server, etcd, scheduler, controller manager) runs on Linux nodes, while Windows-specific workloads are scheduled onto Windows Server 2022 worker nodes. This article walks through building a […]
Why Run a Private Container Registry? A private container registry gives you full control over where your container images are stored, who can access them, and how they are distributed across your infrastructure. Rather than pushing every image to Docker Hub or a cloud provider’s registry, you can host a registry on your own Windows […]
Introduction Setting up set up minio object storage on oracle linux 9 on a Oracle Linux 9 server is a common task for system administrators, DevOps engineers, and site reliability engineers. This guide explains how to Set Up MinIO Object Storage on Oracle Linux 9, with all the commands you need, the SELinux and firewalld […]
What Is Remote Desktop Gateway Remote Desktop Gateway (RD Gateway) is a Windows Server role service that enables authorized remote users to connect to internal network resources — including Remote Desktop hosts, virtual desktops, and RemoteApp programs — over an HTTPS-encrypted tunnel on port 443. Without RD Gateway, RDP traffic uses port 3389 directly, which […]
What Is Azure Arc for Servers Azure Arc for servers is a Microsoft service that allows you to connect on-premises, multi-cloud, and edge servers — including Windows Server 2022 machines — to Azure, making them visible and manageable through the Azure portal as if they were native Azure resources. Once connected, an Arc-enabled server gets […]
Introduction to Podman on Windows Server 2022 Podman is an OCI-compatible container engine developed by Red Hat that runs containers without requiring a central daemon process. Unlike Docker, which relies on a long-running dockerd daemon process running as root, Podman uses a fork-exec model where each container runs as a direct child process of the […]
Understanding Nano Server in Windows Server 2022 Nano Server in Windows Server 2022 is fundamentally different from the standalone deployment model introduced in Windows Server 2016. Microsoft deprecated the standalone Nano Server installation option after Windows Server 1709, and in Windows Server 2022 Nano Server exists exclusively as a container base image. It is no […]
How to Set Up a Hyper-V Cluster on Windows Server 2022 A Hyper-V failover cluster on Windows Server 2022 provides high availability for virtual machines — if a host node fails, VMs automatically restart on surviving nodes within seconds. This guide walks through the complete process: from prerequisite installation through cluster creation, shared storage configuration, […]
Introduction Hyper-V checkpoints (previously called snapshots) allow you to capture the state of a virtual machine at a specific point in time and later revert to that state if needed. On Windows Server 2022, Hyper-V offers two checkpoint types — Standard and Production — each designed for different use cases. The PowerShell-based management tools for […]
Introduction Windows containers bring the containerization model to Windows-native workloads — legacy .NET Framework applications, IIS web servers, Windows services, and COM-dependent applications that cannot run in Linux containers. Windows Server 2022 supports a range of Windows container base images from the Microsoft Container Registry (MCR), each offering a different trade-off between compatibility and image […]
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