Offensive Security Engineer / Vulnerability Researcher
"Automating the offensive. Researching the undiscovered."
Independent plugin: streams files into mounted VeraCrypt volumes and securely overwrites originals (unofficial). Implements military-grade wiping algorithms (DoD 5220.22-M, Gutmann) validated against…
Analyzed August and September 2025 Windows security patches via MSU/CAB extraction, hash comparison, Ghidra Version Tracking, and BinDiff. Built a Crash-only PoC…
A modern, cross-platform secure file erasure engine for permanent data destruction with military-grade algorithms and SSD-optimized techniques. Standalone CLI, no VeraCrypt dependency.
Built a VM-based network tunnel forwarding host traffic through Tor with DNS-leak protection and adblock features. Validated isolation and performance for security…
Undergraduate thesis. Designed and tested a full 8-bit CPU on Vivado consisting of CPU and memory subsystems. VGA-compatible GPU built from logical…
Developed flight controller software for VTOL using MPU6050 gyro and BMP180 pressure sensors. Original drivers, PID algorithm, and more coded with HAL…
Offensive Security Engineer and Systems Developer specializing in low-level vulnerability research, reverse engineering, and exploit development. With a strong foundation in C/C++ and systems architecture, I focus on dissecting complex environments—from Windows Kernel drivers to cryptographic software—to discover zero-day vulnerabilities and develop precise proof-of-concepts. I am deeply passionate about pushing the boundaries of offensive security, combining my engineering background with autonomous security tooling to uncover critical flaws at the core of operating systems and applications.
Available for remote or on-site roles. Relocation is not a problem.