Running WSL on a Windows Machine
Running software projects inside WSL on a Windows machine gives you most of the benefits of native Linux development while keeping access to Windows tools, with much less overhead than a full VM or dual boot.
Key advantages
- Native‑like Linux environment: WSL2 runs a real Linux kernel with full system‑call compatibility, so most Linux tools, services, and runtimes behave the same as on a production Linux server. This reduces “works on my machine” issues when deploying to Linux.
- Seamless Windows integration: You can access the Windows filesystem from Linux and vice versa, and run Windows editors/IDEs (VS Code, JetBrains, Visual Studio) against code that actually lives and builds inside WSL. This lets you mix Linux CLIs with Windows GUI tools in a single workflow.
- Improved productivity vs VMs: WSL2 starts in seconds and uses fewer resources than a traditional VM while still providing a full Linux environment. For most web/dev workloads, performance is close to native and significantly faster than WSL1’s syscall translation layer.
- Access to Linux tooling and package managers: You get apt/yum/Homebrew, native Docker-on-Linux, common build chains, and DevOps tools without leaving Windows. This is especially useful when your CI/CD or servers are Linux‑based.
- Multiple isolated distros: You can spin up several Linux distributions (e.g., Ubuntu, Debian) side by side, each with its own dependencies and versions, and switch between them easily for different projects.
- Easier onboarding and backup: Teams can standardize a WSL image or setup scripts, so new devs on Windows can replicate a known‑good Linux environment quickly, and you can export/import WSL instances for backup or migration.
When it’s especially useful
- Web/backend development targeting Linux servers, containers, or cloud runtimes.
- Devs who must stay on Windows (corporate policy, specific Windows tools) but want a real Linux shell and stack.devblogs.
- Workloads that are heavy on CLI tooling, Docker, and scripting, but don’t require low‑level hardware/kernel work where bare‑metal Linux still wins.