Recently, many readers have been asking on the MalaGIS backend whether Linux distributions can run ArcGIS. The topic also frequently pops up in MalaGIS chat groups. In the traditional context, the common suggestion is to switch to QGIS, but the real hurdle is that many projects still rely on MXD and APRX formats—the huge migration and learning costs are unacceptable for most teams. Recently, I came across a promising project: WinPodX, which might solve this problem to some extent.

PS: The project is still in beta, so remember to back up your data before testing.

Traditional Solutions

Why does this issue exist? First, we need to understand that domestic "xinchuang" (information technology application innovation) desktops are essentially Linux. ArcGIS has no native Linux version, so the common workarounds are:

  1. Switch to QGIS or a domestic GIS software that supports Linux, but face high migration costs.
  2. Wine/Crossover—I have tried this before and it basically didn't work (with newer versions, you can give it another try).
  3. Virtual machines—stable but require powerful hardware.
  4. Dual boot or two separate computers—full functionality but cumbersome to switch.

The dilemma of Linux systems is very similar to that of macOS (see The Best Way to Install ArcGIS on Mac). So, is there a tool that lets you run ArcGIS relatively naturally on Linux? Check out the tool we introduce today.

What is WinPodX?

WinPodX is a Windows pod system for Linux. It is not Wine—it runs a pure Windows instance. After installing ArcGIS, it automatically appears in the Linux application menu; clicking its icon opens an independent window, you can pin it to the taskbar, and it supports file associations. Currently in Beta, with Chinese language support.

Official website and GitHub:

GitHub: https://github.com/kernalix7/winpodx
Official site: https://www.winpodx.org/

How does it work? After some research, the rough process is:

  • Spins up a KVM container in Podman.
  • Uses FreeRDP RemoteApp to render Windows applications as independent Linux windows (not full‑screen RDP).
  • On first launch, it scans the registry / Start Menu and automatically registers .desktop files and file associations.

In summary, it is essentially a virtual machine, but goes a step further—somewhat like Parallels Desktop on macOS—by booting a Windows VM and integrating it into the Linux desktop, allowing you to open Windows applications seamlessly as if they were native.

Installing WinPodX

Refer to the official site; use a single command:

curl -fsSL https://raw.githubusercontent.com/kernalix7/winpodx/main/install.sh | bash

After installation, you will see:

Then it will automatically download the Windows ISO image—this may take some time, so please be patient. After downloading, the installation proceeds automatically.

This process takes a while.

After completion, you will see:

Run the command:

winpodx app run desktop

to launch the full desktop environment. It may look like a regular VM, but if you check the application menu, you will find that Windows applications already appear in the system menu.

Installing ArcGIS

After entering the Windows desktop, software installation is the same as on a regular Windows machine. You can refer to my previous article ArcGIS Installation Methods Summary. However, due to company policy on my work computer, I am not allowed to install third-party software, so I have not actually completed a real test on a Linux system at the time of writing. If you have the opportunity, feel free to try it out and share your feedback.

Conclusion

Linux (including domestic xinchuang distributions), macOS, and other non‑Windows platforms have been around for years, but due to historical and market reasons, ESRI has never released a native version, leaving various community solutions to fill the gap. QGIS has gained popularity partly because of its cross‑platform nature, making it the fallback choice for many scenarios. This is also why I always recommend learning both a commercial GIS software and an open‑source one.

WinPodX effectively bridges the OS gap, allowing you to use Windows applications on Linux with a native‑like smooth experience. It is still based on a virtual machine and currently in beta, so it carries the inherent drawbacks of VM solutions. Nevertheless, until an official native version arrives, it offers a reasonably good workaround.

If you have found better ways to use ArcGIS on Linux, feel free to leave a comment.