SlimeASM-rev family — native binary → ASM + C reverse transpilers
Recover NASM intel source and C source from tag-less native x86_64 binaries, bit-exact. The family covers two operating systems with two dedicated SKUs that share an x86_64 instruction decoder (~37 opcodes) and a unified Slot IR (Core64 + Ext32, claim 11). Each SKU has its own samples, container layer, and adoption story:
SlimeELF-rev
Linux ELF x86_64 binary → NASM + C reverse transpiler
For source-lost / vendor-lost Linux native binaries in banking RHEL fleets, defense embedded Linux, and medical-device daemons. ELF64 parser + syscall heuristic + structured-C emit. Phase E v3 (loop + natural-cond recovery) and Phase F PSDP (auto OpenMP parallelisation) PoCs operational on this side first — the only deterministic decompiler that delivers a 3-stage pipeline (binary → equivalent C → lifted C → parallel C).
SlimePE-rev
Windows PE32+ x86_64 binary → NASM + C reverse transpiler
For vendor-lost Windows .exe / .dll, Microsoft legacy estates, industrial-control (OT) HMIs and instrumentation daemons. PECOFF v8.3 parser + DLL import resolution + Win64 ABI + WinAPI recipe table (9 functions across kernel32 + msvcrt). Reverse output rebuilds as a real .exe and validates by stdout match under WSL2 binfmt.
What is shared, what is OS-specific
| Shared (used by both) | x86_64 instruction decoder (~37 opcodes: SIB / movzx / movsx / cdqe / movsxd / shl-shr-sar / and-or / 32-bit and 64-bit variants), CFG recovery (Cooper-Harvey-Kennedy iterative dominator + Aho/Sethi natural loop body), structured-C emit (do-while + if/else), function-boundary recovery, inter-procedural Slot IR (function = Slot node, call graph as first-class edge, deterministic JSON), Phase E lift v2 (stack-slot promotion + true-local recovery), 8-axis S9 bench schema. |
|---|---|
| ELF-specific (SlimeELF-rev) | ELF64 minimal parser, syscall heuristic (sys_write rax=1 / sys_exit rax=60), Linux x86_64 ABI (rdi/rsi/rdx/...), Phase E v3 (loop / natural-cond recovery), Phase F PSDP (auto OpenMP). |
| PE-specific (SlimePE-rev) | PECOFF v8.3 parser, DLL import resolution (IAT walking), Win64 ABI (rcx/rdx/r8/r9 + shadow space [rsp+0x20]), WinAPI recipe table (kernel32 + msvcrt 9 functions), IAT-indirect-call peephole, trailing-thunk trim. |
| Roadmap (currently ELF-first) | Phase E v3 and Phase F PSDP carry over to PE32+ once MinGW gcc -O0 CFG patterns are absorbed; decoder is already shared. |
Why two SKUs, not one combined SKU
Customer segments do not overlap. Linux ELF reverse is bought by banking RHEL teams, defense / coast-guard procurement, and medical-device regulatory submissions. Windows PE reverse is bought by Microsoft legacy estate owners and industrial-control / OT operators. Sales decks, PoC samples and partner channels are different. Splitting the SKUs lets each page show what is actually mature on that OS (Phase E v3 / Phase F are ELF-first today), without overpromising to PE customers; each page also reads cleanly without combined-figure footnotes.
The patent application JP 2026-046620 (claims 11 / 14d) is generic in scope. Multiple product SKUs are routine under one patent — the SlimeNENC family already does this for SlimeCOBOL / SlimeMUMPS / SlimePL/I / SlimeRPG / SlimeFORTRAN / SlimeNatural / SlimeJCL / SlimeASM (all share the same patent application).
Related materials
- SlimeASM — forward direction (HLASM + Win x64 MASM → Java).
- SlimeNENC family overview — the umbrella product family.
- JP application 2026-046620 v15b, claims 11 / 14d.