Cerisier is the first mechanized program logic for modular reasoning about trusted, untrusted, and attested code in capability machines, with a universal contract for untrusted code and demonstrations on secure computation and mutual attestation.
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An agent system autoformalizes industry DRAM specifications into DRAMPyML for verification tasks like assertion generation, with DRAMBench dataset released for benchmarking.
Pecker reconstructs causal chains in sequential hardware designs via temporal backtracking with Estimated Minimal Propagation Cycles and trace pruning, localizing 51%/80%/85% of bugs in top-1/3/5 ranks on benchmarks.
citing papers explorer
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Cerisier: A Program Logic for Attestation in a Capability Machine
Cerisier is the first mechanized program logic for modular reasoning about trusted, untrusted, and attested code in capability machines, with a universal contract for untrusted code and demonstrations on secure computation and mutual attestation.
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Autoformalizing Memory Specifications with Agents
An agent system autoformalizes industry DRAM specifications into DRAMPyML for verification tasks like assertion generation, with DRAMBench dataset released for benchmarking.
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Pecker: Bug Localization Framework for Sequential Designs via Causal Chain Reconstruction
Pecker reconstructs causal chains in sequential hardware designs via temporal backtracking with Estimated Minimal Propagation Cycles and trace pruning, localizing 51%/80%/85% of bugs in top-1/3/5 ranks on benchmarks.