Compositor v9.2.1 opened a real innovation. It made possible writing the system.img to system partition of the device itself. Writing the Compositore AI OS to a system partition frees up SD card slot to a second SIM card. Now I can use the MTS and Beeline sim cards together opening the connection to my long forgotten Saint-Petersburg friends as well as friends who are in Worldwide roaming.

Ajava OS is the Operating System based on Red Hat Linux 10 and Android 10 (updated silently to Android 13). It has all the improvements Android 13 has except of some security measures, which prevented me from doing a system update to an internal flash card partition. Ajava OS named after the SD card evaluation of Compositore AI OS. It has all Compositore features including Compositor 10.2.2.6, which now can be used for long (more than 7 hours) coverted neurological operations. So, I can free up my time not working consciously in MaxMSP Compositor and concentrate on the other tasks.

Ajava OS is a long forgotten OS from the Taiwan company with the same name. It is a robust real-time operating system capable of satellite networking and autonomous working procedures. The main strength of Ajava OS is its modeller, which can be used to extract models from raw ASCII .cmp files. Each model then assigned to a physical build of an operating system.

This doesn’t mean I will not work in Compositor v9.2.1 consciously to produce new physical builds of this OS. It means I will make such builds on an incremental occasion. For this more emissions from MDL12 should be recorded physically. I also have an update server for Ajava OS, which will update underlying Red Hat counterpart as well as upper-level Android.

You can download an updated documentation for Ajava OS installation from the link below:

https://www.compositorsoftware.com/sdc_download/14243/?key=cu5aux5pvkmg2icgr3gtuedshgxdlu