If you get this running, feel free to let us know and send screenshots.

“Pen-testers and researchers can use the virtualized environment of a stripped-down MacOS kernel for debugging and vulnerability discovery,” the post states, “and this illustrates the extent to which one can use emulation to manipulate and control the kernel to their desired ends, whether it be to find a critical bug or to patch an area of the kernel.” Under the hood of UTM is QEMU, a decades old, free and open source emulation software that is widely used and actively maintained. In this tutorial, we will explore how to configure Podman to be able to run these x86-64 containers on these ARM64 processors. Why bother? The post says security researchers need access as many platforms as possible so they can work in safety and protect emerging systems. So, developers need to be able to run x8664 containers on newer Mac computers that are built with an Apple Silicon (M1) processor, which is an ARM64 architecture.

QEMU brings back its one-OS-a-day virtual advent calendar.

Android 10 ported to homegrown multi-core RISC-V system-on-chip by Alibaba biz, source code released.

‘Staggering’ cost of vintage Sun workstations sees OpenSolaris-fork Illumos drop SPARC support.

Docker Desktop for Apple Silicon is here, but probe a little deeper and you'll find Rosetta 2 staring back.

And then you’ll need to pay close attention because BlackBerry’s post runs for over 7,000 words – including lots of code to cut and paste - and points out that getting the Arm version of macOS working on x86 is decidedly non-trivial.

Qemu m1