We are the Trustworthy Systems group. We use rigorous formal methods to develop trustworthy software systems—systems that come with provable security, safety and reliability guarantees.
We are fundamentally changing how software systems are engineered in the real world. Our techniques provide the highest possible degree of assurance—the certainty of mathematical proof—while being cost-competitive with traditional low- to medium-assurance systems. Our vision statement is:
Our research brings together a unique combination of expertise in operating systems, formal methods and programming languages. Our seL4 microkernel is the most thoroughly verified operating system kernel in the world.
Our work goes beyond research. We build robust software stacks for the software development community, and also engage with other organisations to apply our technology to real problems.
Breakthroughs that combine our expertise in operating systems, formal methods and programming languages.
We apply our unique research and engineering experience to solve problems in the real world.
2022-02-09 – UNSW has partnered with Secure Systems Research Center to implement ground-breaking cyber security technology. “This collaborative effort between UNSW and SSRC will aim to extend the formally verified seL4 microkernel to support tight integration of virtualised systems,” said UNSW Trustworthy Systems leader and Joh...
2021-12-02 – In July, we announced that the assurance story for seL4 on RISC-V keeps building, with the completion of the proof that seL4 enforces integrity , following the earlier proofs of functional correctness and binary correctness for seL4 on RISC-V. The next step in the assurance stack is now also completed for RIS...
2021-11-29 – UNSW Sydney has signed a research agreement with Swiss technology company Neutrality to develop cyber network safeguards for organisations whose integrity and trust is essential in protecting people. “ This project aims at protecting communications of humanitarian and other non-government organisations from cyber-att...
