CMS Practical Application

11. Constitutional Knowledge Assets (CKA)

11.1. Introduction

A Constitutional Knowledge Asset (CKA) is the fundamental unit of governed knowledge within the Constitutional Documentation Framework.

Every document, specification, standard, policy, architecture decision, API description, registry, guide, report, or other governed artefact SHALL be represented as a Constitutional Knowledge Asset.

A Constitutional Knowledge Asset combines constitutional metadata with constitutional content to form a complete, governed knowledge object.

The Constitutional Knowledge Asset is the primary object managed throughout its lifecycle.

11.2. Purpose

The purpose of a Constitutional Knowledge Asset is to:

encapsulate governed knowledge;
provide a consistent documentation model;
support constitutional validation;
enable machine readability;
preserve traceability;
facilitate publication;
support automation; and
enable long-term governance.

Every governed artefact SHALL be represented as a Constitutional Knowledge Asset.

11.3. Constitutional Structure

Every Constitutional Knowledge Asset SHALL consist of two principal sections.

Constitutional Knowledge Asset

├── Constitutional Header
│
└── Constitutional Content

The Constitutional Header defines the asset.

The Constitutional Content communicates the knowledge.

Neither section is optional.

11.4. Constitutional Header

The Constitutional Header SHALL:

uniquely identify the asset;
declare the governing schema;
define ownership;
establish lifecycle status;
declare relationships;
provide publication metadata; and
reference the Constitutional Metadata Dictionary.

The Constitutional Header SHALL appear before all content.

11.5. Constitutional Content

The Constitutional Content contains the knowledge intended for human and machine consumption.

Examples include:

explanations;
requirements;
specifications;
diagrams;
examples;
procedures;
references;
implementation guidance.

The constitutional framework governs the metadata surrounding the content but does not prescribe writing style unless defined by the governing schema.

11.6. Identity

Every Constitutional Knowledge Asset SHALL possess a unique constitutional identity.

Identity SHALL remain stable throughout the lifecycle of the asset.

Typical identifying metadata includes:

Property	Description
Asset Identifier	Unique constitutional identifier
Title	Human-readable title
Version	Constitutional version
Document Type	Asset classification
Schema	Governing constitutional schema

Identity SHALL be immutable except through constitutional governance.

11.7. Classification

Every Constitutional Knowledge Asset SHALL be classified.

Classification determines:

applicable schema;
validation rules;
publication behaviour;
lifecycle policies;
inheritance rules.

Classification SHALL be declared within the Constitutional Header.

11.8. Relationships

A Constitutional Knowledge Asset MAY reference other Constitutional Knowledge Assets.

Relationships MAY include:

parent;
child;
dependency;
supersedes;
superseded by;
references;
implements;
derived from;
related to.

All relationships SHALL be validated by HECATE-L4 — Relationship Validation.

11.9. Lifecycle

Every Constitutional Knowledge Asset SHALL progress through a governed lifecycle.

A typical lifecycle includes:

Draft
↓
Review
↓
Approved
↓
Published
↓
Maintained
↓
Deprecated
↓
Archived

Lifecycle transitions SHALL comply with constitutional governance.

11.10. Validation

Every Constitutional Knowledge Asset SHALL undergo constitutional validation prior to publication.

Validation SHALL include:

HECATE-L0 — Preflight Validation
HECATE-L1 — Structural Validation
HECATE-L2 — Schema Validation
HECATE-L3 — Metadata Validation
HECATE-L4 — Relationship Validation
HECATE-L5 — Semantic Validation
HECATE-L6 — Publication Validation
HECATE-L7 — Compilation Validation

Assets failing mandatory validation SHALL NOT be published unless explicitly permitted by constitutional governance.

11.11. Compilation

Following successful validation, the Constitutional Compiler MAY transform the asset into one or more publication formats.

Compilation SHALL preserve:

constitutional identity;
metadata integrity;
traceability;
semantic meaning.

Compilation SHALL NOT alter constitutional content.

11.12. Publication

A Constitutional Knowledge Asset MAY be published to multiple destinations.

Examples include:

documentation portals;
API documentation;
registry services;
AI knowledge repositories;
search indexes;
internal knowledge bases;
external publications.

Publication SHALL preserve constitutional metadata.

11.13. Inheritance

A Constitutional Knowledge Asset MAY inherit behaviour from its governing schema.

Inheritance MAY define:

required metadata;
permitted metadata;
content structure;
lifecycle behaviour;
publication rules;
validation requirements.

Inheritance SHALL be deterministic and explicitly declared.

11.14. Extensibility

The constitutional framework is designed to accommodate new categories of Constitutional Knowledge Assets.

New asset types MAY be introduced through:

new schemas;
additional metadata fields;
extended validation rules;
publication profiles.

The introduction of new asset types SHALL NOT require modification of existing Constitutional Knowledge Assets unless explicitly governed.

11.15. Constitutional Invariants

Every Constitutional Knowledge Asset SHALL:

possess a Constitutional Header;
contain Constitutional Content;
have a unique constitutional identity;
reference a governing schema;
comply with constitutional validation;
preserve traceability;
maintain lifecycle governance.

These invariants apply to all Constitutional Knowledge Assets regardless of their specific type.

11.16. Relationship with Document Types

A document type is a specialization of a Constitutional Knowledge Asset.

Examples include:

Document Type	Example
Standard	Constitutional Standard
Specification	Component Specification
Architecture Decision Record	ADR
API Specification	OpenAPI
Registry	Reference Registry
Policy	Governance Policy
Guide	User Guide
Tutorial	Learning Material
Report	Assessment Report

All document types inherit the constitutional behaviour defined for Constitutional Knowledge Assets while applying additional rules through their governing schemas.

11.17. Foundational Principle

The Constitutional Knowledge Asset is the constitutional container for governed knowledge.

It combines constitutional metadata with constitutional content, enabling knowledge to be validated, traced, compiled, published, and maintained throughout its lifecycle.

Every governed artefact within the Constitutional Documentation Framework is ultimately a specialization of the Constitutional Knowledge Asset.

A Constitutional Knowledge Asset is not defined by what it contains, but by the constitutional contract that governs its identity, structure, lifecycle, and relationships.

12. Constitutional Schemas (CS)

12.1. Introduction

A Constitutional Schema (CS) defines the constitutional behaviour of a Constitutional Knowledge Asset.

Every Constitutional Knowledge Asset SHALL declare exactly one governing Constitutional Schema.

The Constitutional Schema determines how the asset shall be interpreted, validated, governed, compiled, and published.

Rather than defining individual documents, the Constitutional Schema defines a constitutional class from which Constitutional Knowledge Assets inherit their behaviour.

12.2. Purpose

The purpose of a Constitutional Schema is to:

define the constitutional contract for a class of assets;
establish required metadata;
define content structure;
specify validation behaviour;
govern lifecycle policies;
determine publication behaviour;
support inheritance; and
enable consistent automation.

A Constitutional Schema SHALL define behaviour.

It SHALL NOT contain business content.

12.3. Constitutional Principle

Every Constitutional Knowledge Asset is governed by exactly one Constitutional Schema.

The Constitutional Schema provides the constitutional rules.

The Constitutional Knowledge Asset provides the constitutional knowledge.

12.4. Constitutional Architecture

The relationship between Constitutional Knowledge Assets and Constitutional Schemas is illustrated below.

Constitutional Schema
          │
          ▼
Constitutional Knowledge Asset
          │
          ├── Constitutional Header
          └── Constitutional Content

The Constitutional Knowledge Asset inherits its constitutional behaviour from its governing schema.

12.5. Responsibilities

A Constitutional Schema SHALL define:

required metadata;
optional metadata;
prohibited metadata;
metadata inheritance;
content organisation;
relationship rules;
validation requirements;
lifecycle policy;
publication profile;
compiler behaviour.

The Constitutional Schema is therefore the constitutional blueprint for a family of Constitutional Knowledge Assets.

12.6. Schema Components

A Constitutional Schema MAY contain the following components.

Component	Purpose
Identity	Schema identifier and version
Metadata Rules	Required and optional metadata
Content Model	Permitted content structure
Validation Rules	HECATE validation requirements
Relationship Rules	Permitted constitutional relationships
Lifecycle Rules	Allowed lifecycle transitions
Publication Profile	Publication behaviour
Compiler Profile	Compilation configuration
AI Profile	AI indexing and retrieval configuration

Additional components MAY be introduced through constitutional governance.

12.7. Metadata Inheritance

Every Constitutional Knowledge Asset inherits metadata requirements from its governing Constitutional Schema.

Inheritance MAY define:

mandatory fields;
optional fields;
default values;
calculated values;
immutable fields;
generated metadata.

The Constitutional Knowledge Asset SHALL comply with inherited metadata requirements.

12.8. Content Model

A Constitutional Schema defines the expected organisation of constitutional content.

Examples include:

predefined sections;
mandatory chapters;
optional appendices;
reusable templates;
permitted diagrams;
supported examples.

The Constitutional Schema defines the organisation of content without prescribing the content itself.

12.9. Validation Behaviour

The Constitutional Schema specifies how Hecate validates the asset.

Validation MAY include rules for:

HECATE-L1 — Structural Validation;
HECATE-L2 — Schema Validation;
HECATE-L3 — Metadata Validation;
HECATE-L4 — Relationship Validation;
HECATE-L5 — Semantic Validation;
HECATE-L6 — Publication Validation;
HECATE-L7 — Compilation Validation.

Additional validation rules MAY be introduced by future schema versions.

12.10. Relationship Rules

Every Constitutional Schema SHALL define the constitutional relationships that are permitted for assets governed by the schema.

Examples include:

parent-child;
dependency;
implements;
references;
supersedes;
superseded by;
derived from;
related to.

Relationships SHALL be validated by HECATE-L4.

12.11. Lifecycle Behaviour

A Constitutional Schema defines the lifecycle applicable to its assets.

Lifecycle rules MAY specify:

valid lifecycle states;
permitted transitions;
approval requirements;
publication gates;
archival policy.

Assets governed by the schema SHALL comply with these rules.

12.12. Publication Profiles

A Constitutional Schema SHALL define one or more publication profiles.

Publication profiles MAY determine:

publication targets;
visibility;
output formats;
release channels;
documentation portals;
AI publication;
registry publication.

Publication behaviour is inherited by the Constitutional Knowledge Asset.

12.13. Compiler Behaviour

The Constitutional Compiler SHALL resolve the governing Constitutional Schema before compilation begins.

The schema MAY specify:

output formats;
compiler extensions;
generated artefacts;
search indexing;
graph generation;
API generation;
documentation generation.

Compilation SHALL remain deterministic.

12.14. Schema Inheritance

A Constitutional Schema MAY inherit from another Constitutional Schema.

Example:

Constitutional Knowledge Asset
            ▲
            │
     Component Specification
            ▲
            │
 REST API Specification

Inherited behaviour SHALL remain deterministic.

Schema inheritance SHALL NOT introduce ambiguity.

12.15. Schema Registry

Every Constitutional Schema SHALL be registered.

Typical metadata includes:

Property	Description
Schema Identifier	Unique identifier
Name	Canonical name
Version	Schema version
Description	Constitutional purpose
Owner	Constitutional Authority
Status	Lifecycle state
Documentation	MDX reference

The Schema Registry is itself a governed Constitutional Knowledge Asset.

12.16. Examples

Examples of Constitutional Schemas include:

Constitutional Schema	Governs
Standard Schema	Constitutional Standards
Specification Schema	Technical Specifications
ADR Schema	Architecture Decision Records
API Schema	API Specifications
Registry Schema	Registry Definitions
Policy Schema	Governance Policies
Guide Schema	User Guides
Tutorial Schema	Educational Material
Report Schema	Reports and Assessments

Each schema specialises the Constitutional Knowledge Asset while preserving the constitutional principles established by this framework.

12.17. Evolution

Constitutional Schemas MAY evolve through versioning.

Schema evolution MAY introduce:

additional metadata;
new validation rules;
publication enhancements;
lifecycle improvements;
compiler capabilities.

Schema evolution SHALL preserve backward compatibility unless constitutional governance explicitly approves a breaking change.

12.18. Technology Independence

A Constitutional Schema is a logical constitutional construct.

Its implementation MAY be represented by:

JSON Schema;
YAML;
database definitions;
registry services;
generated code;
compiler plugins;
future technologies.

The constitutional definition of the schema remains independent of its implementation.

12.19. Foundational Principle

A Constitutional Schema defines the constitutional behaviour inherited by a Constitutional Knowledge Asset.

It governs identity, metadata, validation, relationships, lifecycle, publication, compilation, and automation while remaining independent of implementation technology.

Together, Constitutional Knowledge Assets and Constitutional Schemas establish a scalable, extensible, and deterministic framework for governing knowledge.

A Constitutional Knowledge Asset contains knowledge. A Constitutional Schema defines the constitutional rules by which that knowledge is governed.

13. Constitutional Asset Types (CAT)

13.1. Introduction

A Constitutional Asset Type (CAT) classifies a Constitutional Knowledge Asset according to its constitutional purpose.

Every Constitutional Knowledge Asset SHALL be classified by exactly one Constitutional Asset Type.

A Constitutional Asset Type specializes a Constitutional Schema by defining the intended role of the asset within the Constitutional Documentation Framework.

The Constitutional Asset Type provides semantic classification while the Constitutional Schema provides constitutional behaviour.

13.2. Purpose

The purpose of a Constitutional Asset Type is to:

classify Constitutional Knowledge Assets;
express constitutional intent;
support governance;
enable consistent validation;
determine publication behaviour;
facilitate discovery;
support automation; and
improve knowledge organisation.

A Constitutional Asset Type classifies.

It does not define implementation.

13.3. Constitutional Architecture

The constitutional relationship is illustrated below.

Constitutional Asset Type
             │
             ▼
Constitutional Schema
             │
             ▼
Constitutional Knowledge Asset
             │
      ├── Header
      └── Content

Each layer contributes a distinct constitutional responsibility.

Layer	Responsibility
Constitutional Asset Type	Classification
Constitutional Schema	Behaviour
Constitutional Knowledge Asset	Knowledge

13.4. Constitutional Principle

Every Constitutional Knowledge Asset SHALL have:

one Constitutional Asset Type; and
one governing Constitutional Schema.

Multiple asset types SHALL NOT be assigned to the same Constitutional Knowledge Asset.

13.5. Standard Asset Types

The Constitutional Documentation Framework defines a standard catalogue of Constitutional Asset Types.

Examples include:

Asset Type	Purpose
Standard	Defines normative requirements
Specification	Defines technical implementation
Architecture Decision Record (ADR)	Records architectural decisions
Policy	Defines governance requirements
Procedure	Defines operational processes
Guide	Explains usage
Tutorial	Supports learning
Registry	Defines authoritative reference data
API Specification	Defines service interfaces
Data Model	Defines logical structures
Schema	Defines constitutional behaviour
Report	Presents observations or assessments
Glossary	Defines terminology
Playbook	Provides operational guidance
Reference	Supplies factual information

Additional Constitutional Asset Types MAY be introduced through constitutional governance.

13.6. Behaviour

The Constitutional Asset Type influences:

applicable Constitutional Schema;
publication profile;
search classification;
navigation;
AI indexing;
documentation grouping;
lifecycle expectations.

The governing Constitutional Schema remains responsible for validation and behaviour.

13.7. Metadata

Every Constitutional Asset Type SHALL define:

Property	Description
Identifier	Unique constitutional identifier
Name	Canonical name
Description	Constitutional purpose
Governing Schema	Default Constitutional Schema
Lifecycle Policy	Default lifecycle
Publication Profile	Default publication behaviour
Owner	Constitutional Authority
Status	Lifecycle state

Asset Type definitions are themselves Constitutional Knowledge Assets.

13.8. Publication

Publication systems MAY organise documentation by Constitutional Asset Type.

Examples include:

Documentation Portal

├── Standards
├── Specifications
├── ADRs
├── APIs
├── Policies
├── Registries
├── Reports
├── Guides
└── Tutorials

Alternative publication organisations MAY also be supported.

13.9. Search and Discovery

Constitutional Asset Types support discovery.

Search engines MAY filter assets by:

asset type;
schema;
owner;
lifecycle;
module;
framework;
publication status.

Classification SHALL remain consistent across publication targets.

13.10 AI. Integration

Constitutional Asset Types provide semantic context for AI systems.

Examples include:

prioritising Standards over Guides when answering compliance questions;
preferring Specifications for implementation guidance;
using ADRs to explain architectural rationale;
retrieving Policies for governance questions;
consulting Registries for authoritative reference values.

AI systems SHOULD use Constitutional Asset Types as part of retrieval and ranking strategies.

13.11. Governance

Each Constitutional Asset Type SHALL be governed.

Governance SHALL define:

constitutional purpose;
default schema;
lifecycle policy;
publication policy;
ownership;
versioning policy.

Changes to an Asset Type SHALL be subject to constitutional governance.

13.12. Extensibility

New Constitutional Asset Types MAY be introduced.

New types SHALL:

have a unique identifier;
define a constitutional purpose;
reference a governing Constitutional Schema;
specify lifecycle behaviour;
specify publication behaviour.

Existing Constitutional Knowledge Assets SHALL remain unaffected unless explicitly migrated.

13.13. Asset Type Registry

All Constitutional Asset Types SHALL be registered in the Constitutional Asset Type Registry.

Typical metadata includes:

Property	Description
Asset Type Identifier	Unique identifier
Name	Canonical name
Description	Constitutional purpose
Default Schema	Governing Constitutional Schema
Version	Registry version
Constitutional Authority	Governing authority
Status	Lifecycle state
Documentation	MDX reference

The registry SHALL serve as the authoritative catalogue of constitutional classifications.

13.14. Examples

Examples of Constitutional Knowledge Assets include:

Constitutional Knowledge Asset	Asset Type
ESG Data Model Specification	Specification
ZAYAZ API	API Specification
Architectural Decision 003	ADR
Country Registry	Registry
Documentation Standard	Standard
User Onboarding Guide	Guide
Hecate Validation Policy	Policy
CSRD Reporting Tutorial	Tutorial

Although these assets differ in purpose, they all inherit the same constitutional governance model.

13.15. Technology Independence

Constitutional Asset Types are logical constitutional concepts.

Their implementation MAY be represented through:

database registries;
metadata fields;
configuration files;
ontology classes;
compiler definitions;
search indexes;
AI knowledge graphs.

Implementation SHALL NOT alter constitutional meaning.

13.16. Foundational Principle

A Constitutional Asset Type classifies the constitutional purpose of a Constitutional Knowledge Asset.

It provides semantic identity, supports governance, improves discovery, and enables intelligent automation while remaining independent of implementation technology.

Together, Constitutional Asset Types, Constitutional Schemas, and Constitutional Knowledge Assets establish a complete constitutional model for organising, governing, and publishing knowledge.

A Constitutional Knowledge Asset contains knowledge. A Constitutional Schema defines its behaviour. A Constitutional Asset Type defines its constitutional purpose.

14. Constitutional Relationships (CR)

14.1. Introduction

A Constitutional Relationship (CR) defines a governed connection between two or more Constitutional Knowledge Assets.

Relationships are constitutional objects in their own right.

They express meaning, dependency, traceability, and governance beyond simple hyperlinks or references.

Every Constitutional Relationship SHALL be explicitly defined, validated, and governed.

14.2. Purpose

The purpose of Constitutional Relationships is to:

establish semantic connections;
preserve traceability;
express dependencies;
support governance;
enable navigation;
facilitate impact analysis;
support AI reasoning; and
construct the Constitutional Knowledge Graph.

Relationships SHALL represent constitutional meaning.

14.3. Constitutional Principle

A Constitutional Relationship connects constitutional knowledge through governed semantics.

A relationship SHALL define:

source;
target;
relationship type;
direction;
cardinality;
lifecycle.

Relationships are governed independently of the assets they connect.

14.4. Constitutional Architecture

Constitutional Knowledge Asset
             │
             ▼
Constitutional Relationship
             │
             ▼
Constitutional Knowledge Asset

Both assets remain independent.

The Constitutional Relationship governs the connection.

14.5. Relationship Components

Every Constitutional Relationship SHALL define:

Component	Purpose
Relationship Identifier	Unique constitutional identifier
Relationship Type	Semantic meaning
Source Asset	Origin of the relationship
Target Asset	Destination of the relationship
Direction	Relationship direction
Cardinality	Permitted occurrences
Lifecycle	Governance state
Constitutional Authority	Governing authority

Additional metadata MAY be introduced through constitutional governance.

14.6. Relationship Types

The Constitutional Documentation Framework defines a standard catalogue of relationship types.

Examples include:

Relationship Type	Meaning
references	Cites another asset
depends_on	Requires another asset
implements	Provides an implementation
extends	Adds behaviour
specializes	Narrows a general concept
derives_from	Originates from another asset
supersedes	Replaces an earlier asset
superseded_by	Has been replaced
parent_of	Governs subordinate assets
child_of	Belongs to a parent
validates	Confirms constitutional compliance
governed_by	Is governed by another asset
related_to	General semantic association

Additional relationship types MAY be defined through constitutional governance.

14.7. Directionality

Every Constitutional Relationship SHALL define direction.

Examples:

Specification

implements

API

Policy

governs

Procedure

Direction SHALL carry constitutional meaning.

Inverse relationships MAY be automatically derived where defined.

14.8. Cardinality

Relationship definitions SHALL specify permitted cardinality.

Examples include:

Cardinality	Meaning
1 → 1	One-to-one
1 → N	One-to-many
N → 1	Many-to-one
N → N	Many-to-many

Cardinality SHALL be validated by HECATE-L4.

14.9. Validation

Constitutional Relationships SHALL be validated during HECATE-L4 — Relationship Validation.

Validation SHALL include:

existence of source asset;
existence of target asset;
relationship type validity;
cardinality;
lifecycle compatibility;
circular dependency detection;
schema compatibility.

Invalid relationships SHALL produce constitutional findings.

14.10. Lifecycle

Relationships possess an independent lifecycle.

Typical states include:

Draft
↓
Reviewed
↓
Approved
↓
Active
↓
Deprecated
↓
Archived

Relationship lifecycle SHALL be governed independently of connected assets where appropriate.

14.11. Relationship Registry

Every Constitutional Relationship Type SHALL be registered.

Typical metadata includes:

Property	Description
Relationship Identifier	Unique identifier
Name	Canonical name
Description	Constitutional semantics
Direction	Permitted direction
Cardinality	Allowed cardinality
Inverse Relationship	Optional inverse
Constitutional Authority	Governing authority
Status	Lifecycle state

The Relationship Registry SHALL serve as the authoritative catalogue of constitutional relationships.

14.12. Dependency Analysis

Constitutional Relationships enable dependency analysis.

Examples include:

publication dependencies;
validation dependencies;
schema inheritance;
compiler ordering;
governance impact analysis;
change propagation.

Dependency analysis SHALL use constitutional relationships rather than implementation-specific references.

14.13. Knowledge Graph

The complete set of Constitutional Relationships forms the Constitutional Knowledge Graph.

             Policy
                │
      governs   │
                ▼
Specification ─────► API
      │              │
implements      references
      ▼              ▼
 Registry ◄──── depends_on

The Constitutional Knowledge Graph represents governed knowledge rather than merely linked documents.

14.14. AI Integration

AI systems SHOULD use Constitutional Relationships to:

improve retrieval;
understand context;
explain architectural rationale;
analyse dependencies;
assess governance impacts;
support constitutional reasoning.

Relationships provide semantic context beyond textual similarity.

14.15. Platform Integration

Constitutional Relationships SHOULD be implemented through the platform's relationship infrastructure.

Examples include:

core_relations;
Constitutional Relationship Registry;
Pergamum Pulse;
Hecate validation;
Constitutional Compiler;
search indexes;
AI knowledge graph.

Implementation SHALL preserve constitutional semantics.

14.16. Evolution

Relationship types MAY evolve through constitutional governance.

Evolution MAY introduce:

additional metadata;
new semantics;
validation enhancements;
new inverse relationships;
extended cardinality rules.

Breaking semantic changes SHALL require a new constitutional version.

14.17. Technology Independence

A Constitutional Relationship is a logical constitutional construct.

Its implementation MAY be represented by:

relational databases;
graph databases;
RDF triples;
property graphs;
JSON documents;
ontology systems;
registry services.

The constitutional meaning of a relationship SHALL remain independent of its implementation technology.

14.18. Foundational Principle

A Constitutional Relationship is a governed semantic connection between Constitutional Knowledge Assets.

It enables traceability, dependency management, governance, validation, and intelligent reasoning while preserving the independence of the connected assets.

Together, Constitutional Knowledge Assets, Constitutional Schemas, Constitutional Asset Types, and Constitutional Relationships establish a constitutional knowledge graph capable of supporting documentation, governance, AI reasoning, and future platform evolution.

Knowledge becomes intelligence when governed relationships transform isolated assets into a constitutional network of meaning.

15. Constitutional Publication Profiles (CPP)

15.1. Introduction

A Constitutional Publication Profile (CPP) defines how a Constitutional Knowledge Asset is transformed into published knowledge.

Every published Constitutional Knowledge Asset SHALL be associated with one or more Constitutional Publication Profiles.

A Constitutional Publication Profile specifies the intended audience, publication targets, release conditions, visibility, and output characteristics while preserving constitutional integrity.

Publication Profiles separate constitutional governance from publication technology.

15.2. Purpose

The purpose of a Constitutional Publication Profile is to:

define publication behaviour;
determine publication targets;
control visibility;
support multiple audiences;
govern release conditions;
preserve traceability;
enable deterministic publication; and
support future publication technologies.

A Publication Profile governs publication.

It does not alter constitutional meaning.

15.3. Constitutional Principle

A Constitutional Knowledge Asset represents governed knowledge.

A Constitutional Publication Profile determines how that knowledge is presented to specific audiences.

Publication changes representation.

It SHALL NOT change constitutional content.

15.4. Constitutional Architecture

Constitutional Knowledge Asset
             │
             ▼
Constitutional Publication Profile
             │
             ▼
Constitutional Compiler
             │
             ▼
Publication Targets

The Publication Profile acts as the constitutional bridge between validated knowledge and published representations.

15.5. Responsibilities

A Constitutional Publication Profile SHALL define:

intended audience;
publication visibility;
publication targets;
supported output formats;
release conditions;
versioning strategy;
search indexing behaviour;
AI publication behaviour;
archival policy.

The Constitutional Compiler SHALL honour the Publication Profile during compilation.

15.6. Publication Components

A Constitutional Publication Profile MAY contain:

Component	Purpose
Profile Identifier	Unique constitutional identifier
Name	Canonical profile name
Description	Constitutional purpose
Audience	Intended consumers
Visibility	Access level
Output Formats	Generated representations
Publication Targets	Delivery destinations
Release Policy	Publication prerequisites
Version Strategy	Version publication rules
AI Policy	AI indexing behaviour
Search Policy	Search indexing behaviour
Archive Policy	Long-term retention

Additional components MAY be introduced through constitutional governance.

15.7. Publication Audiences

A Publication Profile SHALL define its intended audience.

Typical audiences include:

Audience	Purpose
Internal	Employees and contributors
Partner	Trusted partners
Customer	Product users
Public	General public
Regulator	Regulatory authorities
Verifier	Independent assurance providers
AI Systems	Machine consumption

Multiple audiences MAY be supported where constitutionally appropriate.

15.8. Visibility

Every Publication Profile SHALL define visibility.

Typical visibility levels include:

Private
Internal
Restricted
Confidential
Partner
Public

Visibility SHALL be enforced by publication systems.

15.9. Publication Targets

Publication Profiles MAY define one or more publication targets.

Examples include:

Documentation Portal
Developer Portal
Public Website
Internal Knowledge Base
Registry Services
API Documentation
Knowledge Graph
AI Knowledge Store
Search Index
Report Repository
Archive

The Constitutional Compiler SHALL publish only to authorised targets.

15.10. Output Formats

A Publication Profile MAY define supported output formats.

Examples include:

Format	Purpose
MDX	Docusaurus documentation
HTML	Static documentation
PDF	Printable publication
JSON	Machine-readable representation
OpenAPI	API definitions
Graph	Knowledge graph
RDF	Semantic web
XML	Data exchange
Search Index	Search optimisation

Additional formats MAY be introduced without affecting constitutional governance.

15.11. Release Conditions

Publication SHALL occur only when constitutional release conditions have been satisfied.

Typical conditions include:

successful Hecate validation;
required approvals;
publication authorisation;
dependency validation;
version approval;
release window compliance.

Publication Profiles SHALL define mandatory release conditions.

15.12. Versioning

Publication Profiles SHALL specify version publication behaviour.

Examples include:

publish latest version only;
publish all versions;
retain historical versions;
deprecate previous versions;
archive obsolete versions.

Versioning SHALL preserve constitutional traceability.

15.13. Search and Discovery

Publication Profiles MAY define search behaviour.

Examples include:

searchable;
internal only;
excluded from search;
prioritised indexing;
semantic indexing;
multilingual indexing.

Search behaviour SHALL not alter constitutional content.

15.14. AI Publication

Publication Profiles SHALL define AI publication behaviour.

Examples include:

excluded from AI systems;
internal AI only;
public AI retrieval;
semantic embedding;
knowledge graph inclusion;
retrieval priority.

AI publication SHALL comply with constitutional governance and visibility policies.

15.15. Compilation Behaviour

The Constitutional Compiler SHALL resolve all applicable Publication Profiles before generating outputs.

Publication Profiles MAY influence:

generated artefacts;
compiler extensions;
navigation structures;
metadata generation;
search indexing;
AI packages.

Compilation SHALL remain deterministic regardless of publication target.

15.16. Publication Registry

Every Constitutional Publication Profile SHALL be registered.

Typical metadata includes:

Property	Description
Profile Identifier	Unique identifier
Name	Canonical name
Description	Constitutional purpose
Audience	Intended consumers
Visibility	Publication visibility
Default Outputs	Generated formats
Constitutional Authority	Governing authority
Status	Lifecycle state

The Publication Profile Registry SHALL serve as the authoritative catalogue of publication behaviour.

15.17. Platform Integration

Publication Profiles SHOULD integrate with:

Hecate;
Constitutional Compiler;
Documentation Portals;
Registry Services;
Search Services;
AI Knowledge Systems;
Pergamum Pulse;
Publication Pipelines.

Platform implementations SHALL preserve constitutional semantics.

15.18. Evolution

Publication Profiles MAY evolve through constitutional governance.

Evolution MAY introduce:

additional publication targets;
new output formats;
enhanced AI capabilities;
revised visibility policies;
updated release conditions.

Breaking publication changes SHALL require constitutional versioning.

15.19. Technology Independence

A Constitutional Publication Profile is a logical constitutional construct.

Its implementation MAY be represented through:

compiler configuration;
registry services;
YAML;
JSON;
database records;
deployment pipelines;
future publication technologies.

Implementation SHALL NOT affect constitutional behaviour.

15.20. Foundational Principle

A Constitutional Publication Profile governs how constitutionally validated knowledge is presented to its intended audiences.

It determines visibility, publication channels, output formats, release conditions, and discovery while preserving constitutional identity, traceability, and meaning.

Together, Constitutional Knowledge Assets, Constitutional Schemas, Constitutional Asset Types, Constitutional Relationships, and Constitutional Publication Profiles establish a complete constitutional framework for creating, governing, relating, validating, compiling, and publishing trusted knowledge.

A Constitutional Knowledge Asset defines what is known. A Constitutional Publication Profile defines how that knowledge is responsibly shared with the world.

GitHub Repo Request for Change (RFC)

11. Constitutional Knowledge Assets (CKA)​

11.1. Introduction​

11.2. Purpose​

11.3. Constitutional Structure​

11.4. Constitutional Header​

11.5. Constitutional Content​

11.6. Identity​

11.7. Classification​

11.8. Relationships​

11.9. Lifecycle​

11.10. Validation​

11.11. Compilation​

11.12. Publication​

11.13. Inheritance​

11.14. Extensibility​

11.15. Constitutional Invariants​

11.16. Relationship with Document Types​

11.17. Foundational Principle​

12. Constitutional Schemas (CS)​

12.1. Introduction​

12.2. Purpose​

12.3. Constitutional Principle​

12.4. Constitutional Architecture​

12.5. Responsibilities​

12.6. Schema Components​

12.7. Metadata Inheritance​

12.8. Content Model​

12.9. Validation Behaviour​

12.10. Relationship Rules​

12.11. Lifecycle Behaviour​

12.12. Publication Profiles​

12.13. Compiler Behaviour​

12.14. Schema Inheritance​

12.15. Schema Registry​

12.16. Examples​

12.17. Evolution​

12.18. Technology Independence​

12.19. Foundational Principle​

13. Constitutional Asset Types (CAT)​

13.1. Introduction​

13.2. Purpose​

13.3. Constitutional Architecture​

13.4. Constitutional Principle​

13.5. Standard Asset Types​

13.6. Behaviour​

13.7. Metadata​

13.8. Publication​

13.9. Search and Discovery​

13.10 AI. Integration​

13.11. Governance​

13.12. Extensibility​

13.13. Asset Type Registry​

13.14. Examples​

13.15. Technology Independence​

13.16. Foundational Principle​

14. Constitutional Relationships (CR)​

14.1. Introduction​

14.2. Purpose​

14.3. Constitutional Principle​

14.4. Constitutional Architecture​

14.5. Relationship Components​

14.6. Relationship Types​

14.7. Directionality​

14.8. Cardinality​

14.9. Validation​

14.10. Lifecycle​

14.11. Relationship Registry​

14.12. Dependency Analysis​

14.13. Knowledge Graph​

14.14. AI Integration​

14.15. Platform Integration​

14.16. Evolution​

14.17. Technology Independence​

14.18. Foundational Principle​

15. Constitutional Publication Profiles (CPP)​

15.1. Introduction​

15.2. Purpose​

15.3. Constitutional Principle​

15.4. Constitutional Architecture​

15.5. Responsibilities​

11. Constitutional Knowledge Assets (CKA)

11.1. Introduction

11.2. Purpose

11.3. Constitutional Structure

11.4. Constitutional Header

11.5. Constitutional Content

11.6. Identity

11.7. Classification

11.8. Relationships

11.9. Lifecycle

11.10. Validation

11.11. Compilation

11.12. Publication

11.13. Inheritance

11.14. Extensibility

11.15. Constitutional Invariants

11.16. Relationship with Document Types

11.17. Foundational Principle

12. Constitutional Schemas (CS)

12.1. Introduction

12.2. Purpose

12.3. Constitutional Principle

12.4. Constitutional Architecture

12.5. Responsibilities

12.6. Schema Components

12.7. Metadata Inheritance

12.8. Content Model

12.9. Validation Behaviour

12.10. Relationship Rules

12.11. Lifecycle Behaviour

12.12. Publication Profiles

12.13. Compiler Behaviour

12.14. Schema Inheritance

12.15. Schema Registry

12.16. Examples

12.17. Evolution

12.18. Technology Independence

12.19. Foundational Principle

13. Constitutional Asset Types (CAT)

13.1. Introduction

13.2. Purpose

13.3. Constitutional Architecture

13.4. Constitutional Principle

13.5. Standard Asset Types

13.6. Behaviour

13.7. Metadata

13.8. Publication

13.9. Search and Discovery

13.10 AI. Integration

13.11. Governance

13.12. Extensibility

13.13. Asset Type Registry

13.14. Examples

13.15. Technology Independence

13.16. Foundational Principle

14. Constitutional Relationships (CR)

14.1. Introduction

14.2. Purpose

14.3. Constitutional Principle

14.4. Constitutional Architecture

14.5. Relationship Components

14.6. Relationship Types

14.7. Directionality

14.8. Cardinality

14.9. Validation

14.10. Lifecycle

14.11. Relationship Registry

14.12. Dependency Analysis

14.13. Knowledge Graph

14.14. AI Integration

14.15. Platform Integration

14.16. Evolution

14.17. Technology Independence

14.18. Foundational Principle

15. Constitutional Publication Profiles (CPP)

15.1. Introduction

15.2. Purpose

15.3. Constitutional Principle

15.4. Constitutional Architecture

15.5. Responsibilities