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entries 13-18: re-attest the estate at 44 certs/fork + first SLH-DSA leaf; heads now dual-signed Six new leaves (tree 13 -> 19, root 7ee23940…): [13-16] dalek/anza/risc0/betrusted-ed25519-verified — re-attested at 44 certificates each (27 main + 4 apex + 13 scalar; the leaf 8-11 generation recorded 16). The delta is the P0-P2 hardening campaign: scalar statements bound, kernel-side axiom gate, driver surface with cones, declaration coverage both directions, the accounting identity. [17] ltl-accumulator-verified — 61 certificates; the log again carries proofs of its own Merkle machinery, at the hardened state. [18] fips205-slhdsa-verified — FIRST post-quantum leaf: 11 certificates over the SLH-DSA-SHA2-128s verify path, apex fips205.slh_verify_128s_accepts_iff. Heads from tree 14 on carry a second, ADDITIVE signature: SLH-DSA-SHA2-128s (FIPS 205), deterministic, over the same payload as the Ed25519 signature. provider.slhdsa.pub ships beside the Ed25519 key. Ed25519 remains the signature consumers must check; verify.py now judges slh_dsa fail-closed where present (INVALID/WRONG-KEY/NO-PUBKEY fail; older heads report ABSENT, allowed; pre-3.5 OpenSSL degrades loudly, never silently). The ml_dsa slot stays not_configured — truthfully. Honesty, unchanged by any of it: the certificates cover VERIFICATION paths of the extracted Lean models; no signing operation is proven for any algorithm; leaves are Ed25519-signed at issuance only. Append-only law checked byte-for-byte before this commit: entries 000000-000012 identical, the six prior heads an exact prefix of the history. verify.py --all: RESULT OK [full]. verify_selftest.py: GREEN (13 cases). Quorum gate: 5-way Ed25519 + 2-way SLH-DSA (incl. the verifier built from the pinned proven source), all accept, all reject corruption. Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
2026-08-07 15:11:59 +00:00
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],
"environment": {
"env_script": "~/aeneas-toolchain/env.sh",
"lake_version": "Lake version 5.0.0-src+3dc1a08 (Lean version 4.30.0-rc2)",
"lean_project_dir": "$AENEAS_HOME/backends/lean",
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},
"issued_at": "2026-08-07T11:18:17Z",
"machine_protection": {
"lean_guard": "verification/lean-guard",
"note": "All Lean compiles route through the repo's lean-guard (memory cap, core pinning, timeout, single-flight lock) when configured."
},
"provider": "local-provider",
"replay": {
"axiom_attempted": true,
"axiom_diagnostics": [],
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"check_log_path": "/tmp/claude-1000/-home-oho-GitClone-Claude-FormalVerification/371a28b5-864a-4953-a400-61066a13ba91/scratchpad/rehearsal/replay-logs4/betrusted-ed25519-verified/lean-check.log",
"check_ok": true,
"checked_files": 63,
"diagnostics": [],
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"instruments_excluded": [
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"schema_version": 1,
"scope": {
"deployment_constraints": [
"Use exact pinned source or reviewed diff.",
"Use verified serial/u64 backend only.",
"Disable accelerator, syscall, hardware, SIMD, and AVX paths unless separately certified.",
"Verification-side evidence only: keep signing/key custody behind HSM, MPC, or policy firewall.",
"SHA-512 remains an unverified dependency; pin and monitor the hash implementation.",
"Use ordinary tests and fuzzing at wire-parse, API, and transaction boundaries (parse specs are hypothesis-parametric).",
"pure Rust path only; do not treat Engine25519/hardware accelerator as verified"
],
"exclusions": [
"SHA-512 itself is not verified; it enters the apex theorems as an opaque oracle with NO assumed properties (the theorems hold for whatever bytes it produces).",
"Signature parse/filter outcomes are hypothesis-parametric: the apex tiers assume the wire parse succeeded; the parsers' own byte-level specs are separate work.",
"Signing (key generation, nonce derivation, the signer) is out of scope; only verification is certified.",
"Rust compiler correctness is out of scope.",
"Charon/Aeneas translation faithfulness is out of scope.",
"Side-channel resistance is out of scope.",
"SIMD, AVX, hardware, zkVM, accelerator, and syscall paths are out of scope (extraction pins the serial path).",
"Wallet policy, transaction construction, RPC, oracle, market, and LLM decision safety are out of scope."
],
"guarantees": [
"FieldElement51 arithmetic is checked through denotation over F_p, p = 2^255 - 19, for the configured backend.",
"Complete twisted Edwards point-operation laws are checked under ExtValid and OnCurveExt invariants.",
"Scalar arithmetic mod l (add, sub, Montgomery mul, wide hash-to-scalar reduction) is checked through denotation.",
"Point compression emits the canonical encoding (to_bytes canonicity + compress semantics are certified).",
"Point decompression is constructively certified: canonical encodings of valid on-curve points decompress to them (from_bytes exactness, sqrt_ratio_i even root, sign-bit selection).",
"THE SIGNATURE APEX, four button-enforced tiers: the extracted verifier accepts iff compress([s]B - [k]A) = R byte-for-byte, iff R is the canonical encoding of [k](-A) + [s]B, iff any point canonically encoded by R equals it, and iff R decompresses to a valid on-curve point equal to it.",
"Each apex tier's axiom cone is pinned to EXACTLY the fork's documented SHA-512/wire-format boundary by the repo's own check script.",
"Panic and overflow freedom evidence applies under the stated limb-bound preconditions."
]
},
"signature": {
"payload_digest_sha256": "4821fef2a8c26c51d8ec65f17b8ab32fc0675406dc2e4b5db67a5882f0b42fe7",
"public_key_fingerprint_sha256": "874c8a008a607021528b2493fa1caf059f9d5c123d29193dfabc09a6d1e7a56a",
"scheme": "openssl-ed25519",
"signature_base64": "5uXjwQtLVg4+maWe1fgyMN6gcnk8cmynhzFeLjoKJtsjuH75bp7We/RpS/8A0DMlV6ZLOdTQVG0ywjDkg16CBg==",
"signing_backend": "verified-dalek-serial",
"status": "signed"
},
"subject": {
"component": "betrusted-ed25519-verified",
"kind": "ed25519",
"repo_commit": "128ad064eca082acf2cdb33e97d1068555576d02",
"repo_url": "https://github.com/saymrwulf/betrusted-ed25519-verified.git",
"verification_dir": "verification",
"verified_backend": "serial/u64"
}
},
"schema_version": 1,
"type": "pacta.transparency.attestation_leaf.v1"
},
"leaf_hash": "3572d2f5925ec7b1f274972bdc7119773a99051e864a29b1412d5583029a0088"
}
Reference in a new issue Copy permalink