There are multiple high performance open-source RISC-V processors coning out recently that is designed to be competitive with the industry. This project (current job position) focuses on enhancing the security of these processors by detecting vulnerabilities through hardware fuzzing techniques. Hardware fuzzing involves generating random or semi-random test inputs to trigger and expose potential security flaws in the processor’s architecture, design, and implementation. By applying fuzzing strategies, this project aims to uncover weaknesses that could lead to security exploits, thus contributing to the development of secure hardware systems.
We seek excellent student assistants motivated to be part of ongoing research in these areas and contribute to cutting-edge research in processor security. As a student assistant, you will gain hands-on experience in applying fuzzing techniques to detect real-world vulnerabilities. You will be supervised with a dynamic team of hardware security experts, making a tangible impact on the future of secure RISC-V processors.
Your tasks include:
Stellenmerkmale
Dein Beschäftigungsumfang
Teilzeit (befristet)
Dein Gehalt
Nach Vereinbarung
Dein Arbeitsplatz:
vor Ort
Dein Büro:
Raum Darmstadt