Reference pages define the durable standards an LLM Wiki should follow: page-first structure, metadata, navigation, content types, trust labels, source policy, security, agent rules, and graph sidecars.
Specification
The practical LlmWikis profile: contracts, conformance levels, artifact set, search requirements, and validation gates.
Structure
Raw source layer, compiled wiki layer, evidence/log layer, and graph/metadata sidecar.
Metadata
Required and recommended fields for governance, retrieval, canonicalization, and typed relations.
Navigation
index.md, log.md, breadcrumbs, children, typed related links, backlinks, sitemap, and llms.txt.
Content Types
Concepts, guides, references, tools, examples, comparisons, evidence, reports, and templates.
Trust Model
Authoritative, reviewed, draft, stale, contradicted, deprecated, archived, and blocked states.
Source Policy
Raw sources stay immutable; compiled pages become durable only after review.
Security and Privacy
Secrets, private data, redaction, permissions, public-safe examples, and stop conditions.
Agent Rules
Read order, citations, staged updates, review gates, and stop conditions.
Knowledge Graph
Stable IDs, typed edges, claim/source-span records, contradiction edges, and reviewed exports.
Promotion Gates
Source possession, durable copy, redaction, lane review, atomic claims, freshness, and release-note checks.
Public-Safe Rewrite
Rewrite private traces into public patterns without leaking sensitive details or unsupported runtime claims.
Memory Taxonomy
Memory types, scopes, promotion states, validation tiers, and retrieval behavior for public-safe memory work.
Supersession
Freshness, last verified dates, contradictions, supersedes links, and stale-page retrieval behavior.
Enhanced Entity Pages
Source-backed entity pages with canonical IDs, aliases, atomic claims, typed relations, and non-claims.
MCP Idempotency Case Study
Synthetic protected-tool case study for idempotency, replay safety, and proposal-only submissions.
MATM Profile
Governed Multi-Agent Transactive Memory scopes, kinds, curation operations, schemas, and retrieval policy.