Thanks to Waldorf guys Rolf and Joachim I was able to flash the Compositore AI OS on an SD card and successfully installed it on my Android phone. The process may be described this way: at first I have done an OS dump from Compositor v9.2.1, which is distributed via Apple AppStore. Next, I changed the dump extension from .aiff to .img and flashed the image using Balena Etcher. To successfully flash an image to SD card you need a full folder. The process of obtaining an image is described in detail in this post. It is crucial to make demodulations out of image and make a final mux to record an image on a SD card.

Now, after the image was written to a phone you can use it for collaborative working inside the OS. To see an interface is a bit tricky: you need a prismatic polarisation glasses to see it, so you can use it even on the run. You don’t need to watch on the phone screen at all. You need to watch inside the glass interfaces and here you will be able to see interfacing with custom build software for music production.

The OS itself is currently based on macOS Sequoia 15.5 and is used for development purposes. I made the custom build of macOS on the run for one purpose: to stay connected to production process even on the run when I’m going to a village. I successfully tested it in a harsh circumstances of a near city train and applied many security patches afterwards. Now, I’m ready to rock with it again. The future is not in notebooks or tablets, all you need is phone and prismatic lenses.

Sorry, can’t make a screenshot of it yet. But I hope to manage it soon. Thanks for the community I am able to progress with this project to a point like this. You will ask: How have you interfaced with this OS to produce tracks? The question is really simple answered. I produce BCI interfaces since 2015 and provided a full guide of how to patch your Android phone for use with brain modem. Here it is:

https://www.compositorsoftware.com/sdc_download/14202/?key=wy9d30xlo8qhrhcjteq5i2n5vi3bsa