Windows 11 boots on Google Pixel 6 using kernel-based virtual machine in Android 13

Google recently released a developer preview of Android 13. Now, a tinkerer has managed to successfully boot Windows 11 on a Microsoft Google Pixel 6 smartphone using the Kernel-based Virtual Machine (KVM) feature. Android 13 is a pretty big leap forward in terms of security and stability. However, it is also a great mobile operating system that thrusts Android smartphones into the world of powerful and powerful virtual machines. Although Android OS users have been running virtual machines for a long time, there is still a lot of fragmentation. Google is trying to use KVM to standardize the process. In theory, this should help reduce or even eliminate excessive kernel fragmentation. The search giant calls the latest iteration "Protected KVM" (pKVM). This iteration should be more secure and come directly from Google, and will likely be better in terms of reliability and stability. Android and web developer kdrag0n has managed to get Windows 11 to boot in a virtual machine he set up on his Google Pixel 6 smartphone. He relies extensively on the KVM feature available in the Android 13 developer preview. It is important to note that with virtual machines, an environment can be set up to boot a variety of operating systems. kdrag0n appears to be running a version other than Windows on ARM (WoA). Instead, it appears to be a standard version available for Intel or AMD processors. In short, the tinker appears to have booted regular Windows 11 on an Android smartphone by setting up a VM environment. Windows 11 has an ARM version. But with Google bringing KVM to Android with Android 13, smartphones (and tablets) with powerful chipsets and ample RAM can finally run the standard version of Windows 11.

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