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lattice-parameter-auditlisted

Use when auditing LWE, Ring-LWE, Module-LWE, SIS-family, lattice KEM/signature/FHE/ZKP parameters, reductions, correctness failures, concrete attacks, estimator outputs, or implementation compatibility.
RiaoMike/crypto-research-agent-skills · ★ 0 · AI & Automation · score 72
Install: claude install-skill RiaoMike/crypto-research-agent-skills
# Lattice Parameter Audit Audit formal assumptions, concrete attacks, correctness probability, and implementation compatibility separately. No single reduction or estimator run certifies a parameter set. ## Scope In scope: exact lattice problem/structure, dimension/modulus/samples/distributions/norms, reductions, tail/smoothing/rejection/decryption failures, classical/quantum attacks, estimator reproducibility, parameter sensitivity, NTT/packing/gadget/noise compatibility. Out of scope: claiming certified security without reproducible attack evaluation, side-channel certification, or silently selecting missing parameters. ## Required Inputs - scheme/proof specification and exact parameter set; - problem variant, algebraic structure, secret/error distributions, norms/bounds; - target correctness and classical/quantum security levels/cost metrics; - reduction claims, estimator/tool configuration, implementation regime. ## Success Criteria - Exact LWE/SIS variant and parameter ledger are complete. - Formal reduction assumptions/constraints and concrete deployed regime are compared. - Correctness/decryption/rejection/statistical failures are derived and composed. - Relevant primal, dual, decoding, hybrid, combinatorial, algebraic/structural, and implementation attacks are considered. - Estimator/tool version, config, samples, memory, cost model, and reproducible inputs are recorded. - Security sensitivity and margins are reported, not only one point estimate. - Formal, co