The first publication of this directory, on 11 August 2026, was staged by hand and was
never refreshed. Measured on 29 August: of the 78 files published here, only 14 were still
identical to the tree we run, 63 had changed, and 50 files had never been published at all.
Nobody was hiding anything; there was simply no tool that could redo the selection, so
nobody redid it. There is one now, and it derives this directory from the authoritative
overlay rather than from anyone's memory.
Two things in here contradicted themselves, and both are fixed rather than trimmed.
The README withdrew, in one section, a claim that the source next to it still made: that
from block 14,050,000 a per-block 2f+1 Falcon quorum was required for a block to finalize.
The rule that property arms is retired at the anchor block, so it was inert on arrival.
Three places in the code said otherwise and now carry the correction with its date. The
old text is kept, not deleted: the rule is real code and can be armed on a chain that never
reached an anchor block. What was missing was that on chain 2800 it does not apply.
The terminology section said the certificate is signed by f+1 validators and "not by a
quorum", and invited the reader to count. Since 14,961,456 the enforced minimum is six of
nine, which is a quorum, and the paragraph had not been revised. It now says so, with the
date it changed, and adds the two things that make the claim defensible: the word applies
only at anchor heights, and the higher threshold costs liveness margin.
New in this directory: the post-quantum seal on PREPARE, the hybrid Falcon + SLH-DSA scheme
layer, and the test suites for both. Neither is armed on any network, and the README now
carries a table saying which layers are armed on chain 2800 and which are only present.
They are disarmed by absence rather than by a flag: the properties that arm them are unset,
and unset means never.
Not published, and it is the same three files every time: the negative-control harnesses.
They plant a defect on purpose to prove a guard can fail, which makes them a recipe for
disabling a guard rather than a description of one. What they prove is stated in the README.
Per-file SHA-256 in MANIFEST-sha256.txt. 1,012 tests, 0 failures, counted from the XML.
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