According to the TechRadar review, Microsoft’s latest update to the Windows Subsystem for Linux (WSL) now allows developers to create, run, and manage Linux containers directly on Windows without relying on third-party tools. This new feature, currently in public preview, integrates familiar command-line interfaces and APIs to streamline container workflows on Windows environments.
- Run Linux containers natively on Windows with WSL
- New built-in CLI and API for container management
- Enhanced file system and networking improvements
Product angle
The source review from TechRadar highlights that Microsoft’s WSL update brings built-in support for Linux containers on Windows, eliminating the need for third-party container tools. The update introduces a dedicated container CLI and API designed to leverage existing Linux container commands and codebases, offering a smooth transition for developers familiar with Linux container management. This native integration aims to boost local development, testing, and deployment of containerized applications on Windows machines.
Besides the core container functions, Microsoft has focused on performance and management improvements, such as a new virtiofs file system that doubles Windows file access speeds and a modified networking mode that improves compatibility for containerized applications. These foundational enhancements benefit not only WSL containers but also other Linux container tools running on Windows, like Docker Desktop and Podman Desktop.
Best for / avoid if
This latest WSL feature is best suited for developers, DevOps engineers, and IT administrators who rely on Linux containers but work within Windows environments. It offers a streamlined approach to running Linux workloads locally without switching platforms or configuring additional container runtimes, making it ideal for those seeking efficiency and compatibility in mixed-OS workflows. Additionally, organizations using Windows-based endpoint management tools like Intune will appreciate new controls for managing container usage.
However, users who require production-grade container orchestration or rely heavily on Linux-native environments for complex deployments may find this preview less fitting until Microsoft moves to general availability. Those dependent on ecosystem-specific container tools or advanced features unavailable yet in this preview might prefer continuing with established solutions like Docker Desktop or Kubernetes environments on native Linux.
Pricing and alternatives to check
While the source review does not provide specific pricing information, the WSL container feature is integrated into the Windows platform as part of a free update offered by Microsoft. This presents a cost-effective option for Windows users requiring Linux container capabilities without additional software licenses. Since the feature is currently in public preview, it is available for early adopters to test via a GitHub pre-release package.
For buyers considering alternatives, popular Linux container tools such as Docker Desktop, Podman Desktop, and Rancher Desktop remain leading options with mature ecosystems and support. These can be used alongside or independently from WSL on Windows. Evaluating these options alongside Microsoft’s native approach will help determine the best fit depending on maturity, feature set, and operational requirements.