Marc Heuse is a veteran security researcher and Teamlead Software Assurance based in Berlin, with roots in hands-on vulnerability discovery since the early 1990s and a track record of founding the influential research group The Hacker’s Choice. He combines deep technical expertise in network and embedded security—particularly IPv6, automotive systems, and SWIFT transaction analysis—with practical offensive skills from penetration testing, source-code audits, and binary disassembly. As the author and maintainer of widely used tools like THC-Hydra and thc-ipv6, and a contributor to major fuzzing platforms (AFL++, OSS-Fuzz, LibAFL, ClusterFuzz), he bridges research, tooling and production-scale fuzzing infrastructure. His career spans leadership roles at SUSE, enterprise consulting, and independent consulting since 2007, now leading software assurance at Security Research Labs. Notably, he still pursues unconventional targets (cars to banking middleware), reflecting a curiosity-driven approach that yields impactful, widely adopted security tooling.
Contributions:12 releases, 38 reviews, 510 commits in 8 years 10 months
Contributions summary:Marc made several commits focused on bug fixes, code optimizations, and enhancements to the core functionality of the THC-Hydra tool. The changes involve modifications to the code, specifically within modules related to HTTP proxy, SSH, and XMPP. These changes included both feature additions and the removal of existing features, along with general improvements to the underlying libraries used, and adjustments for better compatibility across different platforms.
Contributions:4 releases, 113 commits, 26 PRs in 7 years 11 months
Contributions summary:Marc's contributions center on enhancing the `thc-ipv6` toolkit, specifically by implementing or improving tools related to IPv6 security research and attack capabilities. They focused on adding support for TCP Fast Open, and modifying and maintaining tools to address IPv6 network vulnerabilities. The user demonstrated a strong understanding of network protocols by implementing several new functions and adjusting existing features to improve their overall utility and effectiveness.
routerosipv4ipv6penetration-testingthc
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