Reverse Engineering · Decompiler Systems · Systems Tooling · AI-Native Security
I build Rust-first tools that turn low-level program behavior into structured, traceable, and useful analysis.
| Area | Focus |
|---|---|
| Reverse engineering | Binary loading, disassembly, decompilation, and semantic recovery |
| Decompiler systems | IR design, P-Code/NIR/HIR-style pipelines, structuring, and rendering |
| Security automation | Static and dynamic analysis, malware triage, vulnerability research, and forensics |
| AI-native tooling | MCP servers, agent workflows, and source-grounded technical interfaces |
| Systems engineering | Rust workspaces, architecture boundaries, CI, and quality gates |
binary → loader → decoder → IR → analysis → structure → readable output → report
| Project | Role |
|---|---|
| Fission | Primary project — Rust-native decompiler and reverse-engineering workspace |
| fission-benchmark | Reproducible benchmark and evaluation infrastructure for Fission |
| Reversecore MCP | MCP interface for AI-assisted reverse-engineering and security workflows |
| fossil-mcp | Source-grounded implementation search across open-source repositories for AI coding agents |
| Project | Focus |
|---|---|
| Eon | Typed Rust platform for deterministic calculation and comparison across traditional astrology and divination systems |
Core: Rust · Python · Linux · GitHub Actions
Reverse: loaders · disassemblers · decompilers · IR · P-Code · structuring
Security: malware triage · SAST · vulnerability research · forensics · reporting
AI tooling: MCP · agent workflows · source-grounded analysis interfaces
I am pushing deeper into decompiler correctness, binary semantics, reproducible evaluation, and AI-assisted reverse-engineering workflows without sacrificing evidence, control, or technical rigor.