Architected a lightweight, hybrid actor runtime in Rust featuring an integrated Cranelift JIT compiler. Implements a custom BEAM-inspired cooperative reduction scheduler, enabling zero-copy messaging, hot-swappable logic, and scaling to 100k+ concurrent actors processing over 1.2M messages/second.

A user-space TCP/IP stack written from scratch in Rust to bypass the kernel. It's a raw, high-throughput experiment that prioritizes speed over reliability by stripping out features like retransmission and congestion control.

A high-performance, entropy-based secret scanner. It combines Aho-Corasick pattern matching with Shannon entropy analysis to detect potential leaks. Features a “Story” engine that analyzes control flow and variable context to distinguish true risks from noise.

Developed a highly stealthy POSIX-compliant filesystem that mounts encrypted block storage invisibly inside standard media files (PNG/MP4). Engineered a tiered Hybrid RAID controller, FUSE/WebDAV drivers, and mathematically mapped physical pixels (Feistel Networks) and H.264 video NAL units to hide ciphertext.

Designed and built a source-to-source compiler that translates JavaScript into a custom bytecode executed by a polymorphic, stackless virtual machine. Enables secure, sandboxed execution with obfuscation, infinite recursion, and powerful IR optimizations.

Capstone project combining a responsive Next.js/Tailwind frontend with a FastAPI/MongoDB backend. Includes companion React Native mobile app and Electron desktop admin app. Features interactive availability calendar, dynamic pricing, real-time chat with AI/admin, secure third-party payments, and comprehensive reservation dashboard for users.

Developed a multi-stage security solution using WebAssembly to enforce proof‑of‑execution, dynamic VM encryption, and request-signing headers that protect web APIs from bots and tampering. Includes Python backend integrators and a lightweight client bundle.