Mu is a micro-virtual-machine targeted at managed languages and intended as a verification target. The majority of software developers today work […]
A formally verified, optimising ML compiler, developed in collaboration with Cambridge, Chalmers, and Kent.
Formal models of concurrency and distributed systems for the specification, analysis and verification of network protocols and operating systems.
Microkernel mechanisms and execution time models for building complex systems that not only deliver, but deliver on time.
The Trustworthy Systems project is the overarching project of the Trustworthy Systems Research Group. Its aim is to fundamentally change […]
Using formal proof and microkernel mechanisms to build secure autonomous vehicles in DARPA's high assurance cyber military systems (HACMS) program.
seL4 is a high-assurance, high-performance microkernel developed and formally verified by the Trustworthy Systems Group at Data61. It is the world's most […]
eChronos is a small, versatile, high-assurance real-time operating system (OS) for embedded micro-controllers.
