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Developer Fully Decompiles a Nintendo 64 Game in 84 Days

A solo reverse-engineering effort turned compiled N64 binary code back into readable, buildable C source.

A developer documented an 84-day project to fully decompile a Nintendo 64 game, converting its original machine code back into human-readable C source that can be recompiled into a matching binary. The process involved matching disassembled MIPS instructions to equivalent C code, verifying byte-for-byte accuracy against the original ROM, and gradually reconstructing game logic, data structures, and asset formats without access to original source.

This kind of decompilation work has become a small but active niche in preservation and modding communities, building on tools and techniques popularized by projects like the Super Mario 64 and Ocarina of Time decompilations. The write-up walks through the tooling, matching workflow, and roadblocks encountered along the way, offering a practical view into how these large-scale reverse-engineering efforts actually get done.

Why it matters: Decompilation projects like this create durable, portable source code from aging binaries, enabling ports, bug fixes, and mods long after original developers and platforms are gone. The techniques and tooling built for retro game decompilation increasingly overlap with broader reverse-engineering and security research skills.

Sources: Hacker News