This publication contains the complete first-generation Core specifications of the Canonical Knowledge Structures (CKS) project, together with the first reference implementation specification. Together, these documents establish the implementation-independent theoretical foundation and the first normative implementation of Canonical Knowledge Structures, including: CKS‑000 — Canonical Foundations and Terminology (Foundational Manifesto, Architecture Map, unified glossary) CKS‑001 — Core Specification (formal semantic model) CKS‑002 — Canonical Construction Specification CKS‑003 — Canonical Serialization CKS‑004 — Canonical Structure Evolution CKS‑005 — Validator Specification CKS‑006 — Reference Engine Specification CKS‑007 — Canonical Knowledge Interface (CKI) CKS‑008 — Reference Conformance Specification CKS‑B001‑PY — Python Reference Implementation (normative public API) The Core defines the philosophical foundations, formal semantic model, construction principles, serialization model, admissible evolution, canonical validation, reference computation, interaction interface, and unified conformance criteria for Canonical Knowledge Structures. The Python Reference Implementation provides the first executable realisation of the CKS validation model and Reference Engine, establishing a normative public API for conformant implementations. The specifications are intended to serve as the stable theoretical and practical basis for subsequent CKS documents, including validation, canonicalization, reasoning, implementation technologies, and future extensions. This release represents Version 1.1 of the CKS Core. Acknowledgement The author gratefully acknowledges the assistance of ChatGPT (OpenAI) and DeepSeek in supporting the preparation, editing, consistency checking, and refinement of the manuscript. All theoretical concepts, formal definitions, mathematical results, and final scientific responsibility remain solely with the author.
Vladyslav Hruznov (Sun,) studied this question.