The Reilly Government Integrity Protocol (RGIP) defines a standards-aligned method for producing permanent, independently verifiable public records by combining multi-algorithm content hashing, public timestamp anchoring, archival deposit under a persistent identifier, decentralized storage, and web archiving into a single pipeline. This revision corrects defects in draft-reilly-government-integrity-01 that would have prevented independent verification or overstated the guarantees the protocol provides. It replaces the -01 SHA3-512-only Cross-Chain Hash, which made a single algorithm the sole binding of three otherwise independent chains, with an entangled link-and-braid construction in which each chain consumes the prior state of all three. It defines a canonical, domain-separated, length-delimited encoding for every hashed input, removing the concatenation ambiguity present in -01. It separates the signed Evidence Receipt Core from the mutable anchor envelope, resolving the -01 condition in which confirming an anchor invalidated the signature over the record it described. It adds Chain Checkpoint anchoring, without which the -01 claim that record sequence is provable did not hold, since -01 anchored only artifact digests and never the chain itself. It replaces raw digests of low-entropy government records with salted field commitments, adds explicit pending and attested anchor states, adds a Revocation Registry and Hash Migration Bridging Records, replaces the quantum_resilient boolean with a declared algorithm suite, prohibits automated repair of chain integrity violations, and narrows the -01 post-quantum claims to what the constructions support. It also documents the function of RGIP records and of this specification as prior art records under 35 U.S.C. 102(a)(1), consistent with the treatment in version -02 of the REM Protocol specification.