A personal experiment published by Yadullah Abidi at MakeUseOf this month lays out something that reads less like a product review and more like a migration diary. He did not wipe his machine, burn a USB stick, or spend a weekend wrestling with GRUB. He simply started living inside Windows Subsystem for Linux more than outside it, and when the moment came to move to a native Linux install, the switch felt less like a leap and more like removing a wrapper.

The piece is worth your attention not because WSL is new—it has been part of Windows since 2016—but because it captures a tipping point. The tool Microsoft built to keep developers on Windows has quietly become the gentlest on-ramp to Linux that exists. If you have ever been curious about Linux but could not afford to break your daily routine, the path now runs through Windows itself.

WSL stopped pretending to be Linux and started running a real kernel

The earliest version of WSL translated Linux system calls into Windows NT kernel calls. It was clever, and for many scripts and tools it worked well enough to be useful. But it also meant that software relying on specific kernel features—Docker, systemd, certain filesystem operations—would either not run or run with unexpected behavior. That changed with WSL 2, which shipped as part of the Windows 10 May 2020 update and is now the default.

WSL 2 packs a genuine Linux kernel inside a lightweight hypervisor. The kernel is Microsoft’s own build, tuned for the virtualization layer, but it is the real thing. That single architectural shift fixed a laundry list of compatibility headaches. As Abidi notes, you can now run Docker containers, manage services with systemd, and work with tools that previously demanded a full virtual machine or a bare-metal Linux install. Performance in many workloads—particularly file-intensive operations—is dramatically better than WSL 1, though the design creates one important rule of thumb: keep Linux project files inside the Linux file system, not on the Windows side mounted at /mnt/c. Cross-file-system access still carries a tax, and the best experience respects the boundary.

The integration is what makes it feel like one workstation, not two

Most virtual machines make you allocate memory, assign cores, and click into a separate window that constantly reminds you it is a guest. WSL 2 runs in a virtualized environment too, but Microsoft buried the plumbing deep enough that you rarely think about it. From the moment you launch a distribution—Ubuntu, Debian, Kali, or any of the others available via the Microsoft Store—the experience feels like opening another shell rather than booting another computer.

That psychological seam matters. When you can type explorer.exe . inside a Linux terminal and see a Windows File Explorer window pop open at the Linux directory, the wall between operating systems crumbles. You can call Windows executables from bash, pipe output between Linux and Windows commands, and browse the Linux file tree at \\wsl.localhost\Ubuntu without installing extra tools. The network stack is shared. Environment variables flow between worlds. It is not perfect unity, but it is a far cry from the ritual of guest additions and shared folders that VM users have tolerated for years.

Abidi’s account singles out the VS Code Remote - WSL extension as the arrangement that made the whole setup feel normal. When you run code . inside a WSL terminal, VS Code launches on the Windows desktop, drawing its user interface natively. But the language server, debugger, terminal, and source files all live inside Linux. You can open a project stored under /home/, run npm install, hit breakpoints in Python code, and make Git commits exactly as you would on a standalone Linux machine, without ever leaving the Windows editor you already know. For web developers, data scientists, and anyone working in ecosystems where Unix-like tooling is assumed, that removes the friction that used to push people toward a full OS switch or a clunky VM.

The GUI story flipped with WSLg

For years, WSL was strictly a command-line affair. If you wanted graphical Linux applications, you installed an X server on Windows, set the DISPLAY variable, and prayed clipboard sharing did not break. WSLg, which arrived in Windows 11 and was backported to Windows 10, changed the bargain. It includes a Wayland compositor, Weston, that renders Linux GUI windows and streams them to the Windows desktop over RDP. There is no manual configuration; you install a GUI app inside your distribution, run it, and the window appears alongside your native Windows programs.

Abidi calls out GIMP, file managers, and desktop text editors as examples that now feel like natural parts of the workflow. Pinning a Linux app to the Windows taskbar works. Alt-Tab between emacs running in WSLg and Outlook running on Windows works. The integration is not flawless—theming, high-DPI scaling, and hardware acceleration for complex 3D workloads still show seams—but for the large middle zone of applications that people use to learn and tinker, it is more than adequate. More importantly, it removes the mental hurdle that a terminal-only Linux is somehow a second-class citizen.

For Windows users, the learning gradient becomes a gentle slope

The old way to learn Linux usually involved one of three rituals: dual-booting and hoping an update did not nuke the bootloader, running a virtual machine that consumed a big chunk of RAM, or cobbling together a Raspberry Pi setup on a separate monitor. All of them required a level of commitment that felt disproportionate for someone who just wanted to understand what grep does or why developers kept talking about systemd.

WSL sidesteps that problem entirely. You can install Ubuntu from the Microsoft Store in under ten minutes, open a terminal, and start learning. If you break something, you can re-register the distribution with a single command. You can build muscle memory for bash while still reading email in Outlook and editing spreadsheets in Excel. Over time, as Abidi describes, the Linux side stops feeling like a sandbox and starts feeling like the place where real work happens. The Windows environment becomes the host for a Linux workspace that has already absorbed your dotfiles, your package manager preferences, and your development habits. At that point, moving to a native Linux install—if you ever decide to—is less a conversion than a relocation.

Who wins, and what the limits still look like

For home users who have never touched a command line, WSL is overkill—it is a power tool for a power audience. But for anyone who codes, manages servers, or simply wants to understand the technology under the hood, the value proposition is real. Developers get a Linux-native toolchain without sacrificing the Windows applications they rely on for communication, design, or gaming. System administrators can test Ansible playbooks and SSH configurations on the same machine they use for daily work. IT departments can introduce Linux training without provisioning separate hardware or dealing with dual-boot support tickets.

None of that makes WSL a replacement for Linux on bare metal, and Microsoft has never claimed it is. Workloads that demand deep hardware access—kernel module development, direct GPU programming, low-latency audio, or very large builds with extreme memory pressure—will still find the virtualization layer noticeable. A full Linux desktop environment with a tiling window manager and compositor effects may not feel as snappy through WSLg as it does on native hardware. And for anyone whose motivation is philosophical—who wants to escape Windows entirely for privacy or open-source reasons—WSL is, by definition, the wrong answer.

But those limitations are well understood by the people who hit them. For the much larger group of users who are simply Linux-curious, or who need Linux for pieces of their work rather than the whole, WSL has eliminated the binary choice. You do not have to be a Windows user or a Linux user. You can be both on the same machine, at the same time, with far less ceremony than ever before.

How Microsoft got here, and the irony it probably did not plan

Microsoft’s motivation for WSL was never a secret. In the mid-2010s, the company watched a significant portion of the developer community migrate to macOS and Linux because modern web development, cloud infrastructure, and open-source toolchains assumed a Unix-like environment. WSL was the answer: a way to tell developers they could stay on Windows without giving up bash, apt, and the tools their workflows demanded. From a business standpoint, it was a retention play—particularly important as Microsoft invested heavily in Azure and wanted developers to feel at home building cloud-native applications on Windows machines.

The irony, as Abidi’s piece makes plain, is that the bridge carries traffic in both directions. The more time you spend inside a real Linux environment—even one hosted by Windows—the more normal Linux becomes. The file tree, the package manager, the shell scripts, the service manager all shift from foreign concepts to everyday utilities. When that happens, the idea of installing Linux directly shifts from a frightening rupture to a minor logistics question. The bridge Microsoft built to keep people on Windows has also made it easier to leave.

What to do right now if you want to try this

If you are running Windows 10 version 2004 or higher—or any release of Windows 11—you can start with a single command. Open PowerShell as an administrator and run:

wsl --install

That one-liner enables the Windows Subsystem for Linux and the virtual machine platform, downloads the Linux kernel update package, and installs the default Ubuntu distribution. Restart your machine once, and a Linux terminal is waiting in your Start menu.

A few practical steps will make the experience much smoother:

  • Choose your distribution thoughtfully. Ubuntu is the default for good reason—it has the largest package ecosystem and the most beginner-friendly documentation. But if you have a specific need, Debian, Kali, and several others are available via wsl --list --online.
  • Keep your projects inside the Linux file system. This is the single most important performance tip. When you open a WSL terminal, you land in your Linux home directory (/home/yourname). Store code, configuration files, and build artifacts there. Accessing files from /mnt/c/Users/... works for quick transfers, but doing heavy git operations, dependency installs, or search commands across the Windows file system will be slower.
  • Set up VS Code Remote immediately. Install VS Code on Windows, then install the Remote – WSL extension. From inside your WSL terminal, navigate to a project folder and type code .. The editor will launch with all the Linux-native tools wired up.
  • Experiment with GUI apps. Update your package lists (sudo apt update), install a graphical application like GIMP (sudo apt install gimp), and launch it. The window will appear on your Windows desktop without any extra configuration. This is the fastest way to understand how far the integration has come.
  • Use Windows Terminal. Download it from the Microsoft Store if it is not already installed. It gives you tabs, panes, and profile customization—and it automatically detects your WSL distributions so you can open a new Linux tab with a click.
  • Commit your dotfiles to version control. The moment you start customizing your shell, editor, or prompt, back those configuration files up. GitHub or GitLab will make it trivial to replicate your environment on a native Linux machine later if you decide to switch.

Plan on hitting small friction points. USB devices, for example, are not automatically passed through—Microsoft has been improving USB support, but it remains a work in progress. Some networking tools that require raw socket access may need extra permissions. And a few development workflows that depend on very fast file-system operations (like thousands of small file reads in a build) might still be happier on a native ext4 partition than on the virtual disk. But for the overwhelming majority of learning and professional use cases, those wrinkles are minor compared with the convenience of staying inside the host OS you already know.

The bigger picture: what to watch next

Microsoft continues to invest in WSL at a steady clip. WSL 2 now supports systemd natively, which opens the door to running long-lived services and a wider range of Linux distributions that depend on it. USB camera and device sharing arrived in preview builds in 2024, and GPU compute support—already available for AI and machine learning workloads—continues to improve. The company has also signaled that WSL is a first-class feature for Windows 11, not a side project, with tighter integration into the native Settings app and Windows Update.

More interesting than any single feature, however, is the cultural shift WSL represents. Ten years ago, the operating system you chose felt like a statement about who you were as a technical person. Today, the browser, the editor, the terminal, and the container runtime have become the real platform. WSL is not the end of the Windows-versus-Linux debate, but it has reframed it. The question is no longer which operating system you pledge allegiance to. It is which tools you need, and how quickly you can get to them.

For anyone who has been waiting for a sign to try Linux without risking the stability of their daily driver, the sign is already built into the Windows machine on your desk.