LATIDIA · Ciberseguridad

H-CRSPV: Preventing Semantic Omission in Late-Bound Large Language Model Releases

arXiv: 2610.05989v1Announce Type: new Abstract: Los pipelines de lanzamiento de modelos en idiomas grandes combinan cada vez más compromisos, firmas, registros de procedencia y backends de verificación heterogéneos. Sin embargo, validar cada submi

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arXiv:2610.05989v1 Announce Type: new Abstract: Large-language-model release pipelines increasingly combine commitments, signatures, provenance records, and heterogeneous verification backends. Yet validating every submitted object does not establish that a release realizes every requirement of its registered transformation. An untrusted realization proposer may omit a required relation, propose an unauthorized evidence-sharing assignment, or bind valid evidence to the wrong object. This verification-boundary failure is termed Semantic Omission under Valid Evidence (SOVE). Hybrid Cryptographic Relation-based Semantic Plan Verification (H-CRSPV) is a replicated admission layer that enforces required-set completeness before release consumption. Before evidence selection, an authorized registration entity commits an authenticated authority record. Validators independently derive the required-obligation multiset, check exact entry-occurrence coverage,