GPU-Accelerated Synthesis of Mixed-Boolean Arithmetic: Beyond Caching
2026-05-12T08:52:03Z•077252b808aebdeae1802da72b55967404a48601bc5e3635aed9c93074a001fc
IRIS-14BMoveMove-Proverbinary-translationcompiler-ir-translationconcurrencycross-architecturecryptanalysisformal-verificationgpu-accelerationllmmba-synthesisprogram-deobfuscationsmart-contractsspec-inference
What happened
This collection of PL papers contains several items with clear security relevance. Key points: (1) SIMBA introduces a GPU-accelerated, cache-free synthesizer for Mixed-Boolean Arithmetic (MBA) expressions, which materially speeds up program deobfuscation and can aid cryptanalysis and reverse engineering. (2) IRIS-14B demonstrates an LLM fine-tuned to translate GCC GIMPLE to LLVM IR with strong accuracy; this can enable cross-toolchain workflows but also risks silent semantic mismatches or miscompilations if used as a drop-in translator. (3) Elevator presents a deterministic, fully-static x86-_
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_pl
- Record identifier
- 077252b808aebdeae1802da72b55967404a48601bc5e3635aed9c93074a001fc
- Enrichment time
- 2026-05-12T08:52:03Z
- AI-assisted enrichment
- Yes
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