I’m interested in analyzing, designing, building and evaluating secure software and hardware systems. In particular, in techniques protecting data confidentiality and integrity of sensitive data at rest, in-flight or in-memory.
Adjunct Lecturer, since July, 2022
TU Munich
Research Scientist, since April, 2019
Intel Labs
PhD in Computer Science, February, 2019
Max Planck Institute for Software Systems & Saarland University
B.Sc. in Applied Computer Science, September, 2009
Cooperative University State University Baden-Wuertemberg
[Dec 23] Endoprocess published at NSPW’23
[Nov 23] Accepted to serve on EuroSys’25 PC
[Aug 23] THDA published at APSys’23
[May 24] Serve as USENIX Security’24 Artifact Evaluation co-chair
[May 24] Serve on USENIX Security’24 PC and Research Ethics Committee
[Mar 23] HFI published at ASPLOS’23 & wins Distinguished Paper Award
[Jan 23] Guide NSF Repeto & ACM REP Conference as steering committee member
[Dec 22] uSwitch published at IEEE S&P
[Dec 22] Presented MeSHwA at DARPA Forward
[Dec 22] Segue & ColorGuard published at PLAS’22
Optimize local microservice executions using memory-safe languages and hardware optimizations
Building and evaluating reproducible and reusable research artifacts.
Enforcing security policies at the storage layer to reduce attack surface of existing solutions.
Providing isolation for sensitive data and state to increase the security and robustness of applications.
Lift and shift unmodified applications into Intel SGX enclaves to shield them in an untrusted cloud.