OpenShift Virtualization (formerly container-native virtualization) lets developers bring virtual machines (VMs) into containerized workflows by integrating and consuming a virtual machine within OpenShift where they can develop, manage, and deploy virtual machines side-by-side with containers and serverless all in one platform. In August 2020, we announced the general availability of OpenShift Virtualization version 2.4 (formerly container-native virtualization): Using WMCO, you can provision Windows worker nodes in your OpenShift cluster as a Day 2 operation. In December 2020, we announced the general availability of running Windows Container workloads on the OpenShift Container platform using the Windows Machine Config Operator ( WMCO). There are several benefits of containerizing traditional Windows apps on OpenShift, including realizing the benefits of containers, modernizing and gaining efficiencies, and increasing developer productivity. NET workloads on Openshift, discuss trade-offs, and guide you to the tooling available to get started with your Windows modernization journey. In this blog, we will examine different strategies for running. NET applications running on Windows Server 2019, Windows Server 2016, and others in private clouds. So why is this a critical pain point? Windows Server still enjoys a significant presence among server operating systems in the datacenter.NET has been and continues to be used widely for application development, with ASP.NET and ASP.NET core used widely as web frameworks. But firms have often struggled with similar solutions for Windows platforms. There are recommended processes and tools in the Cloud Native Trail Map that provide references for enterprises starting their cloud native journey. Enterprises have saved costs, unlocked developer productivity, embraced CI/CD, and built scalable apps on modern environments using Linux containers and open source technologies.

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