Uf2: Decompiler

that gives back your source code. What you can do is extract the machine code → disassemble → decompile to rough C using Ghidra. The result will be functional but far from the original – useful for security analysis or low‑level learning, not for recovery of nice, readable code.

: Most professionals use Ghidra or IDA Pro . You can load the unpacked .bin file, specify the base address (typically 0x10000000 for RP2040 flash), and select the ARM Little-endian architecture to see the assembly or pseudo-C code . Summary Table: Solid Tools for the Job uf2conv.py Official, lightweight conversion to .bin uf2utils Easy command-line interface for binary extraction Ghidra Decompiling Deep analysis and turning assembly back into C-like code Picotool Inspection Inspecting metadata and information directly from the UF2 UF2 Library and a RP2040 Python Disassembler - Hackaday.io uf2 decompiler

Using lifter libraries (like remill or mcsema ), we can convert the ARM Thumb instructions into . Once in LLVM IR, we can run optimization passes to simplify the mess: that gives back your source code

A is used to reverse-engineer UF2 files, which are common USB flashing formats for microcontrollers like the Raspberry Pi Pico. Because UF2 files contain compiled machine code (binary), "decompiling" them typically happens in two stages: first, converting the UF2 back into a raw binary format, and then disassembling that binary into human-readable assembly or C code. Essential Tools for UF2 Reverse-Engineering : Most professionals use Ghidra or IDA Pro