This project is based on Raspberry Vanilla by KonstaT – a great AOSP port for Raspberry Pi. Warning! It may not start if you won’t adjust the display settings (see below for details). But you need a few hours to download and build it anyway. There are just a few commands to download, build and create a writeable IMG file for your Raspberry. If you’re looking for the effortless way, go to and follow the readme. Find my previous article for more details on how to use it. It’s nice to have a touchscreen, but you can use your mouse and, optionally, a keyboard if more convenient.Īnother nice-to-have element is a USB-TTL bridge for debugging. HardwareĪs in the previous article, you need a Raspberry Pi 4B microcomputer, a power adapter (or you can power it from your PC with a USB cable), a memory card, and a display. You can use WSL or MacOS (remember, you need a case-sensitive file system), but pure Linux is the best option. To build the system, you will need a Linux. To make the process easier for everyone struggling with this kind of task, in this article, I’ll explain step-by-step how to build and run the latest version: Android Automotive OS 13. However, you can easily get a Raspberry Pi – a small ARM-powered, multi-usage computer and a perfect candidate to run AAOS. It only gets harder if you don’t have at hand any specialized hardware like R-Car or Dragonboard. Building an Android Automotive OS might not be a difficult task on its own, but the lack of good tutorials makes it exceptionally hard.
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