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References

Part XI — References and project artefacts

36. References

36.1 GS1, K10X and product-data sources

36.2 W3C and schema.org references

36.3 Mapping standards and research

36.4 Graph retrieval and AI references

36.5 Reference implementation tools

36.6 Project artefacts recorded in the source baseline

  • gs1-gdsn-holon-v1.31.0.md — source research and evidence baseline.
  • gdsn.ttl — source-derived GDSN ontology.
  • gpc.ttl — GPC ontology.
  • GDSN_TSV_Transformer_README_v0.1.0.md — Navigator JSON to TSV documentation.
  • GDSN-TSV-Mapping-v0.1.0.md — TSV mapping decisions.
  • gpc-brick-10000030-with-gdsn.shacl.ttl — Cheese (Frozen) generated shape.
  • gpc-brick-10001198-with-gdsn.shacl.ttl — Smartphones generated shape.
  • gpc-brick-10000159-with-gdsn.shacl.ttl — Beer generated shape.
  • gpc-brick-10000043-with-gdsn.shacl.ttl — Sugar/Sugar Substitutes generated shape.
  • gs1_mappings_001.ttl — 474 directional mapping records.
  • gs1_terms.txt — extracted mapping terms.
  • gs1_sortedUnique.txt — deduplicated mapping terms.
  • holon_webvoc_alignment_test.py — representative entailment and projection test.
  • verify_brick10000030_route3.py — Route 3 validation against the real Cheese shape.
  • gs1-holon-bridge.omn — Manchester Syntax bridge example.
  • holon-webvoc-construct-rules.sparql — representative Route 2 and Route 3 queries.
  • CatalogueItemNotification_ADD.xml — concrete source authority and product-instance evidence for the HTML Semantic Proof.
  • gdsn(1).ttl — current supplied GDSN ontology copy inspected for exact namespaces, properties, classes and controlled code values.
  • gpc(1).ttl — current supplied GPC ontology copy inspected for namespace and Brick identity.
  • kato-instances(1).ttl — RDF graph corresponding to the supplied GDSN message, inspected for the native Product Holon graph pattern.
  • GA slide narratives.docx — portfolio narrative evidence for grammar, proof, trust layer and Digital Link connections.
  • Beideman Excerpts from GA meeting.pptx — portfolio and use-case narrative evidence.
  • GS1_GDSN_Product_Holon_Architecture_Presentation_v1.1.0.pptx — architecture presentation evidence, including the Phase 4 publication package.

37. Final evidence assessment

The evidence is sufficient to support a credible working architecture and a constrained reference implementation. It demonstrates that bounded Product Holons, generated Brick-scoped validation and deterministic semantic projection are technically feasible. It also demonstrates that the mapping problem cannot be solved safely by label matching alone and that the current reference GDSN shape requires modular expansion.

The evidence is not sufficient to claim formal GS1 approval, complete semantic coverage, production-scale performance, production security, an approved GDSN/GPC-to-Web Vocabulary crosswalk, an approved GS1 Product Statement Credential profile or an operational issuer-authority trust framework. Those remain governance and implementation work items identified in the core architecture roadmap.

The HTML and credential examples demonstrate the required structure and verification boundary but contain placeholder namespaces, digests, status records, verification methods and proof values. They shall not be presented as cryptographically valid product credentials until generated and independently verified by an implementation using approved keys and policies.