Adriaan Jacobs

I am a systems security researcher and PhD student at the DistriNet research group in Ghent (Belgium), under supervision of prof. Stijn Volckaert. My research focuses on compiler-enabled security hardening of memory-unsafe code.

Before starting my PhD in late 2021, I completed my M.Sc. in Engineering Technology at KU Leuven. My Master’s thesis was about Combating Address-Sensitive Behavior in Multi-Variant Execution Environments.

2024

• Presented Not Quite Write, our critical assessment of store-only bounds checkers, at WOOT’24 in Philadelphia! Slides here.
• Happy to attend DSN in Brisbane, and present our lazypoline syscall interposer to fellow systems researchers. You can find the slides here!
• Not Quite Write: On the Effectiveness of Store-Only Bounds Checking is accepted at WOOT’24. On to more secure integrity-only protection schemes!
• Our paper, System Call Interposition Without Compromise, is accepted at DSN’24! Thanks to Merve Gülmez, Alicia Andries, Stijn Volckaert, and Alexios Voulimeneas for the great collaboration. You can find the code here.

2023

• The ACACES summer school in Fiuggi was a blast! Thanks to HiPEAC for organizing, and the speakers & attendees for the engaging discussions.
• Attended EuroLLVM in Glasgow. Saw bounds checking go mainstream through Yeoul Na’s keynote!
• Great experience joining the Shadow Program Committee of EuroSys’23. Interesting discussions with other researchers about exciting new work, and great opportunity to get to know the academic review process better.

2022

• Happy to serve on the USENIX Security’22 Artifact Evaluation Committee.

2021

• Graduated Magna Cum Laude from the M.Sc. in Engineering Technology at KU Leuven’s Group T campus.
• Successfully defended my Master’s thesis, Combating Address-Sensitive Behavior in MVEEs. Received 18.9/20.

2020

• Concluded a 10-week summer internship at ST Engineering-iDirect in Sint-Niklaas, Belgium. Great to work with such enthusiastic colleagues in the Device Software Engineering team.
  • Developed a PoC high performance kernel bypass packet processing library using Linux XDP.
  • Backported OverlayFS to older kernel versions and implemented SquashFS + OverlayFS across the entire device software product range.