Towards Automated Discovery of Crash-Resistant Primitives in Binary Executables. - Benjamin Kollenda; Enes Göktas; Tim Blazytko; Philipp Koppe; Robert Gawlik; Radhesh Krishnan Konoth; Cristiano Giuffrida; Herbert Bos; Thorsten Holz (DSN, 2017)

Syntia: Synthesizing the Semantics of Obfuscated Code. - Tim Blazytko; Moritz Contag; Cornelius Aschermann; Thorsten Holz (USENIX Security Symposium, 2017)

Towards Automated Generation of Exploitation Primitives for Web Browsers. - Behrad Garmany; Martin Stoffel; Robert Gawlik; Philipp Koppe; Tim Blazytko; Thorsten Holz (ACSAC, 2018)

REDQUEEN: Fuzzing with Input-to-State Correspondence. - Cornelius Aschermann; Sergej Schumilo; Tim Blazytko; Robert Gawlik; Thorsten Holz (NDSS, 2019)

GRIMOIRE: Synthesizing Structure while Fuzzing. - Tim Blazytko; Cornelius Aschermann; Moritz Schlögel; Ali Abbasi 002; Sergej Schumilo; Simon Wörner; Thorsten Holz (USENIX Security Symposium, 2019)

AURORA: Statistical Crash Analysis for Automated Root Cause Explanation. - Tim Blazytko; Moritz Schlögel; Cornelius Aschermann; Ali Abbasi 002; Joel Frank; Simon Wörner; Thorsten Holz (USENIX Security Symposium, 2020)

Reasoning about software security via synthesized behavioral substitutes. - Tim Blazytko (2020)

Towards Automating Code-Reuse Attacks Using Synthesized Gadget Chains. - Moritz Schloegel; Tim Blazytko; Julius Basler; Fabian Hemmer; Thorsten Holz (ESORICS (1), 2021)

JIT-Picking: Differential Fuzzing of JavaScript Engines. - Lukas Bernhard; Tobias Scharnowski; Moritz Schloegel; Tim Blazytko; Thorsten Holz (CCS, 2022)

Checkmate '22: Research on offensive and defensive techniques in the context of Man At The End (MATE) attacks. - Golden G. Richard III; Tim Blazytko (CCS, 2022)

Exorcist: Automated Differential Analysis to Detect Compromises in Closed-Source Software Supply Chains. - Frederick Barr-Smith; Tim Blazytko; Richard Baker 008; Ivan Martinovic (SCORED@CCS, 2022)

Loki: Hardening Code Obfuscation Against Automated Attacks. - Moritz Schloegel; Tim Blazytko; Moritz Contag; Cornelius Aschermann; Julius Basler; Thorsten Holz; Ali Abbasi 002 (USENIX Security Symposium, 2022)