Building security focused projects, experimenting with low-level systems, and exploring offensive and defensive security concepts.

• Cybersecurity-focused developer with interests in:
  • Vulnerability research
  • Reverse engineering
  • Exploit development
  • Network security
  • Malware analysis
  • Low-level systems and architecture
• Most of my work lives around Python, C, Rust, Assembly, and security tooling.

• BufferOverflow
  Explores buffer overflow concepts and privilege escalation.

• HTTP.sys-Windows-Exec
  Security-oriented project related to Windows HTTP.sys research.

• Simple_Botnet
  Experimental project for understanding command-and-control and reverse shell behavior.

• grub_bash_ducky
  Security project focused on GRUB/init abuse concepts.

• RISC-V32-Logisim
  Low-level architecture and processor design work.

• Assembly-Algorithms
  Algorithms implemented in assembly for learning and systems-level understanding.

• Linux-Kernel-Patch
  Linux kernel patching work for hardware enablement on the ASUS G16 GU603VV, focused on restoring sound and amplifier functionality through DSDT/CSC3551-aligned changes and kernel-level device support.

• MGS_MCSC
  Rust-based Linux and Steam Deck trainer for the Metal Gear Solid Master Collection, built around live process discovery, AOB-based memory anchoring, and direct in-memory editing of game state. Supports GUI and CLI frontends, process/PID targeting, save difficulty manipulation, stat editing, and runtime modification of ammo, inventory, toggles, and special values for currently implemented MGS1 and MGS2 layouts.

• Neural Networks for Network Traffic Analysis
  Designed a Python based workflow for analyzing network traffic from pcap data, including preprocessing, feature extraction, model training, and classification-oriented detection pipelines for anomalous or malicious activity.

• CVE-2024-1086 Research
  Configured and demonstrated exploitation of CVE-2024-1086 on ARM-based Android targets to achieve root-level access in a controlled research setting.

• VirtualBox Virtio-net Escape PoC
  Developed a proof-of-concept for CVE-2023-22098 targeting Oracle VirtualBox’s virtio-net implementation by triggering an out-of-bounds VLAN filter write, demonstrating a guest-to-host escape path.

• Security research and hands-on experimentation
• Low-level programming and system internals
• Building and refining cybersecurity tools
• Learning through projects involving exploitation, networking, and analysis