APKs of open source apps are often found through their GitHub repo, or on stores like F-Droid as well.If it's a community-developed project, check out the respective thread on XDA forums or similar platforms.Having said that, if you have a Windows on Arm laptop, then always choose the Arm(64) APK for optimal performance. Keep in mind that you don't have to stick with the x86(-64) variant of the APK, as WSA can emulate native Arm(64) apps on x86 platforms, thanks to Intel Bridge Technology.

Download the APK file of your desired app or game from a trusted source.To sideload any Android app on Windows 11's Subsystem for Android, follow these steps: However, for those who downloaded it manually, do install the latest build in the same way. If you downloaded it via the Microsoft Store app, the newer versions should be automatically installed in the background. The only way to test the compatibility is to sideload them, and this is where this tutorial will come in handy.īefore beginning, make sure that the WSA instance installed on your PC is up-to-date. Having said that, many other Android apps should work just fine out of the box. The apps curated by Amazon and Microsoft are likely to be heavily optimized for the environment, which is why they managed to secure their seats in the first run.

Keep in mind that the whole Windows Subsystem for Android is a bleeding edge piece of software. Sideloading apps on the Windows Subsystem for Android

Due to the fact that we can use ADB to install any standard Android app installation package (APK), it is also possible to sideload apps on the Windows Subsystem for Android that are not present in the Amazon Appstore. As a result, you can access and debug the underlying Android layer from the host Windows 11 OS using the regular Android Debugging Bridge (ADB) binary. Luckily, Microsoft ships the Windows Subsystem for Android environment with a working debugging option.

Windows subsystem for android