Systems engineer building unusual software at the intersection of low-level programming, graphics, automation and AI.
Core interests: MIME-OS — everything as a single .eml file (databases, apps, sync, RE tooling); deterministic real-time systems; zero-copy SIMD; agent architectures.
Recent work: MIME-OS ecosystem, cellular reverse engineering without Ghidra, g-tools (10× faster strings).
Cellular reverse engineering without Ghidra Each function of a binary becomes its own .eml cell: the call graph lives in headers, types propagate as a wave over References with call-site dataflow. emlbox rev game.exe cells # objdump -> .eml function graph emlbox rev wave cells net_send arg1 void* 3 # type wave emlbox rev diff cells_v1 cells_v2 # version diffing LLMs connect through rev-mcp: they read only the neighbours of a cell, not the whole disassembly — a point-wise context instead of a 500MB dump. ...
MIME-OS: one file for everything MIME-OS turns an .eml container into a universal storage format: a database, an app, an agent’s memory, even a game — a single file with a hash chain and an append-only delta log. What works today (v0.5): single-file container: mmap reader, two-level index, delta log with sha256 chain KV tables, tag database (eml-tag), EML-FS, IPC bus with a runner network delta-sync: per-writer chains, LWW merge, TCP P2P, SMTP bridge (letters) X-Encoding: deflate and aes-256-gcm — the whole database can be encrypted cellular reverse engineering without Ghidra: objdump -> .eml function graph, type waves egui viewer (GUI) Why .eml? One format for disk, memory and network — data never changes shape. The hash chain gives integrity and versioning, deltas give sync between devices, letters give mail transport without servers. ...