Audit: are the zero-to-hero notebooks current and macOS-runnable, and
does the README present the new teaching surfaces and CLI well?
Verified by execution: all 14 notebooks run headlessly cell-by-cell,
offline, pure-Python (zero shell magics), degrading gracefully where
Lean/built binaries are absent — before AND after these edits. That is
also the macOS answer: no GNU userland is touched by any cell.
Gaps found and closed:
- README's notebook list stopped at 10; notebook 11 (the customer's
eye view) now listed.
- No notebook knew the cockpit era existed. Three pointer cells added:
00 (course map: the three-track teaching stack — notebooks = code
track, lab manual = role track, guide = reference), 10 (see the
wallet you built through the cockpit; --demo and --wallet forms),
11 (the Inspect instrument is this notebook's recomputation, живой).
- README: cockpit command block now shows --demo, --wallet, --port/
--host variants; curriculum section names the teaching stack and the
notebooks' offline/runnable contract.
Suite 144 green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
REAL DEFECT found by the operator-ordered doc-freshness audit:
published_assets.py still carried the PRE-HARDENING fail-open verify.py
and the pre-Tier-2 README as the templates that log-publish drops into
the mirror — the next publish would have silently overwritten the
round-13-hardened fail-closed verifier and the corrected README with
the old versions. Fixed:
- published_assets.py regenerated from the canonical mirror files
(byte-identity verified by round-trip exec), now also carrying
verify_selftest.py; SYNC RULE documented in the module docstring.
- transparency_log.publish() now writes verify_selftest.py too.
- NEW tests/test_published_assets.py pins the security-critical markers
(fail-closed FATAL, RECEIPT_TYPE, verify_receipt, --all receipt
coverage, required fingerprint) so template drift fails CI instead of
shipping.
- test_web_and_witness updated to the hardened verifier's markers —
the published test log now passes FULL signature mode end to end
('RESULT: OK [full]'), a stronger assertion than the old string.
Doc refresh in the same pass:
- llms.txt: thirteen leaves + entry-13 self-attestation + fail-closed
verifier; paper line -> new title, 23 pages, v0.2/v0.1 archives.
- Course (generator + generated 06b notebook): 'the git hash IS the
content hash' -> 'the commit pins the exact source tree';
'irrevocably part of the log every other agent sees' -> 'committed to
the log's signed view, which any agent can compare' (the two Tier-2
scope corrections had never reached the teaching material).
- test_paper_verifiers.py docstring rescoped: its 164k counts are the
archived v0.2 report's citation; the current paper cites the corpus
harness and makes no extensional-equality claim.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Consolidates the consumer-side trust framing that was scattered across
notebooks 05/06b and WALLET.md into one on-ramp: the allowed-axioms list
as a requirements card you own and can write yourself; measurement vs
publication vs judgment (operator/log/you); the three honest outcomes
when your card is stricter than the supply (relax itemized / walk away /
grow the supply). Executable: a self-written card is shown to equal the
real APEX_BOUNDARIES cone exactly (supply == wish: True), and a strict
no-oracle card is REFUSED with the real SHA-512/wire gap itemized.
Registered in course map + notebook test; 101 tests green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
- serve/webdocs/cli default to base_path='' (own subdomain, root serving)
- webdocs link builder handles the empty base like web.py already did
- all docs, paper, notebook 06b, and published-mirror README point at
https://ltl.zkdefi.org; DEPLOY.md rewritten for subdomain + redirect
- tests: root mount is the production shape; one test keeps exercising
the path-mounted variant
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Three synchronized faces of one log - transport orthogonal to trust:
- PUBLISHED GIT MIRROR: log-publish exports the public face (one file
per leaf so git history mirrors log history; the FULL STH history as
the witness channel; per-component attestations + receipts; the
provider public key; a standalone stdlib-only verify.py and customer
README). Live at github.com/saymrwulf/lean-transparency-log (genesis:
8 leaves incl. the honest failed-run entries, dogfood-signed head).
- ONLINE SERVICE (pacta_provider serve): read-only, zero-dependency
HTTP with CT-style endpoints under a base path for
zkdefi.org/lean-transparency-log - /v1/sth, /v1/sth-history,
/v1/sth-consistency?first=N, /v1/proof, /v1/attestation, /v1/entries,
/v1/metadata, /healthz - plus self-contained customer documentation
at /docs (current state, attested components, API, the verify-
without-trusting-this-site path, and the means/does-NOT-mean
boundary). The process never loads private keys: heads are signed
offline; a compromised server can withhold or replay (pinning +
freshness detect both) but never forge. STH history now recorded
append-only by the provider (with a backfill head signed for the
existing log).
- AGENT ONLINE CLIENT: pacta log-fetch (download evidence; explicitly
UNVERIFIED until receipt-verify runs - transport is not trust) and
pacta sth-refresh (fetch head, verify signature, advance the pin via
an online consistency proof from the pinned size; fail closed).
- WITNESSES: pacta witness-audit over a clone of the published mirror
recomputes every prefix root from the public leaves and checks every
historical head + signature - no consistency proofs needed when the
leaves are public. Tampering one published entry trips both the
leaf-hash check and the prefix-root check (tested). verify.py gives
customers the same audit with zero installation.
- DEPLOY.md: the complete server-session checklist for zkdefi.org -
reconstruct the servable log FROM the published mirror (the server
stays in witness trust-position), hardened systemd unit, nginx/Caddy
path routing, Forgejo mirror setup, the provider->world update
cycle, and remote smoke tests.
Validated end-to-end on the REAL log: all 10 endpoints, online-fetched
proof re-verified locally through the dogfood verifier with pinning,
online pin refresh, publish + witness audit green, tamper caught,
standalone verify.py green in the published clone. 54/54 tests.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Completes the piece dropped from the previous commit by a failed patch
anchor. All cells re-executed; 50/50 tests green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The trust architecture has exactly two roles and the curriculum now
mirrors that split structurally - the conceptual burden is the design,
stated as such to the student:
- 06a THE PROVIDER'S SIDE (singleton). Domain banner in the provider's
voice. The full build pipeline run live in a scratch log made from
the REAL attestations: verify (Lean replay = the leaf-making step,
the only expensive one - the shipped evidence IS its output) -> leaf
(0x00 domain separation) -> tree -> STH signed via the MERKLEIZED
LIBRARY -> the self-inclusion check embedded in the signature block.
A generated SVG draws the student's own tree: leaves, internal
nodes, root, and the signature box, framed in the provider's domain
color. Closes with the singleton-vs-many justification table
(key/cost/obligation asymmetry) and exercises.
- 06b THE AGENT'S SIDE (one of many). Domain banner in the agent's
voice: you own the public key, the evidence files, ~25 lines of
hashing - and explicitly NO Lean. The COMPLETE RFC 9162 inclusion
verifier is implemented from scratch in one cell (hashlib only, no
pacta imports for the core) and run against the REAL dalek receipt
(leaf 4 of 8, three siblings, dogfood-signed root); then the STH
signature, the provider's signing_provenance read and interpreted
(why the agent still re-checks inclusion itself), the pin store, and
an SVG of the real log with the agent's path highlighted against the
grey leaves it never needs. Cost line: ~4 hashes + 1 signature.
- Lecture 06 now routes students into the pair and states the mirror
rule ("if you cannot say which notebook a step belongs to, you have
not understood the step"); lecture 09 records that dogfood now runs
in BOTH directions; course map + README updated.
Every cell of 06a/06b/09 executed against the real evidence before
commit (SVGs render in Jupyter, fail soft in plain exec). One
generation bug found and fixed: a single-backslash \\x00 in the
generator produced a literal NUL byte in a cell. 50/50 tests green
with the notebook inventory at twelve.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The provider ran its full honest replay against the four verified
repositories on this machine - every Lean compile and axiom audit routed
through lean-guard (memory-capped, core-pinned, single-flight, ~30 min
per fork) - and the results are now shipped under evidence/:
- 16/16 certificates proven per fork, every axiom cone boundary-exact
(the four apex tiers carry their fork's documented SHA-512/wire
boundary axiom-for-axiom), each attestation pinned to the exact repo
commit (dalek 8ded7bc, anza 673c15e, risc0 98a13a6, betrusted
81f614a) and Ed25519-signed.
- All four appended to the persistent transparency log. The log holds
EIGHT leaves: the first four are the initial run's attestations,
which honestly recorded an AUDIT FAILURE (the two pacta bugs fixed in
e87f0e8) - an append-only trust ledger keeps its bad day, and the
fixed run's leaves sit beside it.
- Every receipt re-verified through the FULL stack: dogfood verifier
(backend verified-dalek-serial recorded), STH pin store, freshness
policy. Receipts are freshly issued against the final tree (a stale
mid-run receipt tripped the pin store's rollback defense exactly as
designed; the rollback diagnostic now hints at idempotent re-issue).
- The capstone consequence ran for real: pacta agent with trusted
provider + signature via the proven path + required receipt + pin
store + --require-verified-verifier built the R4-gated library
capsule from ATTESTED evidence (no local Lean replay needed by the
consuming agent).
Docs and teaching updated against the real artifacts: evidence/README
(inventory + re-verify instructions), README "Real Evidence" section,
lecture 5 now re-derives 16/16 verdicts from the REAL dalek attestation
(signature checked on the proven path, provider labels ignored), and
lecture 6 verifies all four REAL receipts and walks a fresh pin store
over them. Every changed notebook cell executed before commit. 49/49
tests green.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The notebooks now carry the same didactic contract as the companion book
(the "ratchet rule", stated in the course map): every load-bearing idea
runs twice - napkin scale, then real scale - and every pair is EXECUTABLE
in the notebook, not narrated.
- Lecture 1: the truth boundary updated to the proven four-tier apex,
with the what-is-still-NOT-proven list (SHA-512, parsers, signing,
wallets) given equal weight.
- Lecture 2: napkin/real scoring pair - a two-certificate toy card
scored in your head, then the shipped sixteen-certificate R4 fixture
through the same function, residual blockers and per-tier boundary
axioms printed.
- Lecture 6: new split-view section. A runnable equivocation drill:
pin a two-leaf view, grow it honestly with a consistency proof, then
present a forged same-size root and watch the pin store name the
attack. Real-scale pointers to --sth-store, log-consistency,
log-audit, and the freshness policy; a new exercise asks students to
construct the lie a size-only anchor check would miss.
- Lecture 7: the wallet gate now swings BOTH ways on real evidence -
a partial card denied at R3, the shipped R4 card allowed - both
runnable.
- Lecture 8 capstone: "design R4" became "audit R4": read the shipped
card like an auditor, then design the R5 discharge plan (parser
specs, verified SHA-512, signing-side, per-fork production-path
mapping).
- NEW Lecture 9, "Eat Your Own Dogfood": the honest coverage ledger of
the proven-path verifier; a napkin PEM decode (the fixed 12-byte
Ed25519 SPKI prefix, read with your eyes) paired with the mechanical
extraction; live backend dispatch; the fail-closed
--require-verified-verifier policy; and the hybrid-PQC section -
proven-classical Ed25519 plus a required-but-honest ML-DSA slot
("blockers get fixed; placeholders get trusted").
Every code cell of the changed notebooks was executed end-to-end before
committing (outputs stripped per house rules). 49/49 tests green with
the notebook inventory updated.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
