Nowadays, as the Advance Driver Assistance Systems (ADAS) needs drastically increases, the number of electronic boards, cables, communication channels, and devices explodes. In the meantime, infotainment is one of the selling points for automotive industries to sell new cars, which also mean more electronics. Thanks to the Genivi initiative, those systems will run under Linux, whilst car control electronics run under Autosar (AUTomotive Open System ARchitecture) OSes, which are closed source binaries.

Gathering multiple boards into one with hypervisors is a solution to reduce costs and increase functionalities. Xvisor is an open source lightweight hypervisor for embedded systems that fits perfectly the needs of the automative industry.

It is a complete monolithic type-1 hypervisor with full virtualization, allowing unmodified guest support (useful for AUTOSAR components) and paravirtualization, which can help improve Linux guest performance. Moreover, on ARM, Xvisor shows better performances than KVM. It has been mainly developed by Anup Patel, and joined by Jean-Christophe Dubois, Himanshu Chauhan, Sukanto Ghosh and Pranav Sawargaonkar. This presentation will focus on ARM usage while introducing the concepts of virtualisation, paravirtualisation.

Even if Xvisor is a young project, publicly visible from June 2011, as its sources are very close to Linux, ports remain quite fast and easy. It uses device tree files, both for board definition and configuration parts. It is in this way that we, OpenWide and the Institute for Technological Research SystemX, continue the work of Jean-Christophe on the i.MX6 port of Xvisor, for the Boundary Devices Nitrogen6x (and the Freescale SabreLite).

Then will show: - the binary rewriting tool usage on guest binaries, - Xvisor running on Qemu, - configurable and dynamic guest creation - and Xvisor running on the i.MX6.