Cross-Authority Settlement Taxonomy

Mechanism

Each authority maintains its own taxonomy of settlement classes: categories that label commitments according to that authority's regulatory, contractual, or operational scheme. A class in authority A's taxonomy may not correspond directly to a class in authority B's taxonomy. When a matched pair forms across the boundary, neither side can simply import the other side's class label without losing the regulatory binding that accompanies it. The architecture resolves this by performing cross-authority boundary translation, distinct from the settlement itself.

A taxonomy translation is performed by a governance-credentialed boundary agent that maps an observation from a first authority taxonomy of a first operational domain to an equivalent observation in a second authority taxonomy of a second operational domain, per the taxonomy-translation mechanism of Chapter 28. The boundary agent produces an equivalence attestation between the authority taxonomies. When a pair settlement crosses authorities, the settlement record carries the originating authority signature and lineage alongside the equivalence attestation under which the classes were reconciled.

The lineage-preserving import mechanism preserves the original mesh and authority identity in imported observations, so downstream consumers of the settlement record can recover the original classes, not merely the translated form. An auditor or regulator examining the settlement on authority A's side sees the original class A label, the corresponding class B label, and the boundary agent that produced the equivalence attestation. The same auditor working from authority B's side sees the symmetric view. Translation is taxonomy-translation-mediated cross-authority admission rather than requiring authority-taxonomy unification, so neither side is required to adopt the other's taxonomy; each retains its own classification while gaining a credentialed bridge.

Governance and Disputes

Boundary translation is governed: only a governance-credentialed boundary agent may map observations between authority taxonomies, and the equivalence attestation it produces is governance-policy-defined. The matched pair itself is admitted only when its constituent observations fall within a governance-policy-defined temporal window per Chapter 17 and the composite admissibility evaluator per Chapter 4 admits the pair as a settlement candidate.

When participating parties disagree about a settled pair, the dispute-resolution mechanism of Section 20.10 supports governance-credentialed challenge and resolution. The settlement record carries a dispute-resolution routing specification identifying the dispute-resolution authority, so a translation disagreement proceeds against the boundary agent's equivalence attestation rather than against either party's unilateral interpretation. The disclosure does not specify numeric thresholds, mapping-kind enumerations, validity-window durations, or precedence rankings for translation; the boundary-translation behavior is governance-policy-defined throughout.

Alternative Embodiments

The disclosure names cross-authority reconciliation embodiments across coalition operations, cross-border commerce, and federated enterprise integration. In coalition military operations, multiple national defense meshes interoperate through alliance-credentialed boundary agents, allowing forces under different national classification schemes to reconcile observations without adopting a single scheme. In international shipping and customs, national customs meshes reconcile observations about cross-border cargo through internationally-credentialed translations.

In merger-and-acquisition integration, two previously-independent corporate mesh deployments consolidate through governance-credentialed equivalence attestations without requiring replacement of either party's devices. In multi-jurisdictional healthcare operations, patient health lineage reconciles across provider meshes operating under different regional governance regimes. In supply-chain federation, independent supplier meshes federate through governance-credentialed chain-of-custody transfers per Chapter 20 extended with cross-mesh reconciliation. The primitive is the same throughout: a governance-credentialed, lineage-preserving equivalence attestation rather than an implicit alignment.

A scientific-research-collaboration embodiment reconciles experimental observations across independent research meshes under institutional-review-board and regulatory-authority equivalence translations. A disaster-response embodiment reconciles emergency observations and resource allocations across municipal, state, federal, and inter-governmental meshes. In each case the boundary crossing preserves the originating mesh's authority signature and lineage, and admission is taxonomy-translation-mediated rather than requiring authority-taxonomy unification.

Composition

Cross-authority taxonomy composes directly with the taxonomy translator of Chapter 28 that produces equivalence attestations between authority taxonomies. It composes with the lineage-preserving import mechanism that ensures the original classification survives the boundary crossing. It composes with the matched-pair settlement primitive of Chapter 20 that defines bilateral commitment exchange; same-authority settlement needs no translation, while cross-authority settlement admits the equivalence attestation by reference.

It composes with the dispute-resolution mechanism of Section 20.10: when a pair disagrees about a settled pair, the dispute proceeds against the boundary agent's equivalence attestation rather than against either party's unilateral interpretation, routed to the dispute-resolution authority named in the settlement record. Taxonomy translation supports cross-deployment interoperation without taxonomy unification, so authorities can interoperate without forcing big-bang taxonomy migration.

Composition with the cascade-propagation primitive of Chapter 14 admits cross-boundary cascade analysis: when a cascade-condition event must propagate across an authority boundary, its class identifiers are translated through the same governance-credentialed boundary-agent infrastructure that admits ordinary settlements, so the receiving authority sees a class label intelligible in its own taxonomy with full lineage back to the originator's class. Multi-attester consensus attestation admits a quorum embodiment, where an attestation is signed by a governance-policy-defined quorum of independent attesters rather than a single agent, without changing the settlement-side mechanics.

Prior-Art Distinction

Conventional approaches to cross-authority commitment tend toward forced single-taxonomy: parties adopt a global classification scheme and conform their internal records to it, which contests authority autonomy and cannot accommodate regional variation without forking. The architecture described here instead admits taxonomy-translation-mediated cross-authority admission rather than requiring authority-taxonomy unification.

The disclosure structurally distinguishes the cross-authority mechanism from prior database replication, federated database protocols, blockchain-bridge architectures, and cross-cloud identity federation by the simultaneous presence of governance-credentialed boundary crossing that preserves the originating mesh's authority signature and lineage, and taxonomy-translation-mediated cross-authority admission rather than requiring authority-taxonomy unification. Where prior approaches replicate records or federate identity without preserving the source classification, the boundary agent produces an equivalence attestation while the lineage-preserving import mechanism retains the original class on each side of the boundary.

Disclosure Scope

The cross-authority taxonomy translation mechanism is disclosed in U.S. Provisional Application No. 64/049,409, with the matched-pair settlement framework in Chapter 20 and the taxonomy-translation doctrine in Chapter 28. The disclosure covers the governance-credentialed boundary agent that maps an observation from a first authority taxonomy to an equivalent observation in a second, the taxonomy translator producing equivalence attestations between authority taxonomies, the lineage-preserving import mechanism that retains the original mesh and authority identity in imported observations, and the dispute-resolution mechanism of Section 20.10 for challenge and resolution of settled pairs. Embodiments named include coalition military operations through alliance-credentialed boundary agents, international shipping and customs reconciliation, multi-jurisdictional healthcare operations, merger-and-acquisition integration, supply-chain federation, disaster-response coordination, and scientific-research collaboration.

The mechanism admits cross-authority admission rather than requiring authority-taxonomy unification, and applies wherever named-class observations cross between authorities operating different classification schemes. The disclosure does not specify numeric thresholds, mapping-kind enumerations, validity-window durations, or precedence rankings for translation; the boundary-translation behavior is governance-policy-defined.