Skip to content

MATURATION-ROADMAP.md

Latest commit

 

History

History
345 lines (292 loc) · 19.3 KB

MATURATION-ROADMAP.md

File metadata and controls

345 lines (292 loc) · 19.3 KB
Raw

Meta-Universe — Specification Maturation Roadmap

Working document — NOT part of the normative specification. This is the internal plan for taking Meta-Universe v2 from Working Draft to a mature, implementable, citable standard. It is distinct from the product-facing Roadmap: that one describes where the ecosystem is going; this one describes how the specification itself is finished and hardened.

Status: Draft · Owner: Orkestron.AI · Consolidates two independent critical reviews (internal "Self" review + Grok review, June 2026).

1. Current maturity scorecard

Dimension Now Target (mature)
Conceptual maturity 8.5–9 / 10 keep
Specification maturity (precision, no ambiguity) 6–6.5 / 10 8.5+
Practical / tooling maturity (examples, validation, implementability) 5–5.5 / 10 8+
Adoption & tooling readiness 5 / 10 8+
Overall ~6.8–7.2 / 10 8.5+

Diagnosis (both reviews agree): the conceptual skeleton and the values are strong; the gap is formalization and executable artifacts. Without them the spec remains "beautiful philosophy" rather than something that can be implemented, validated and relied upon during federation.

2. Where the two reviews converge (and what each added)

Theme Self Grok Verdict
Formal core + canonical serialization + reproducible Semantic Fingerprint ✅ ✅ Keystone
MUFP is "a protocol" in name only (no messages/states/errors) ✅ ✅ Critical
Validation/Conformance not testable / not reproducible ✅ ✅ Critical
No executable examples / reference meta-models ✅ ✅ Critical
Security & privacy / threat model thin ✅ ✅ Critical
Demonstrate (not assert) interop with RDF/FHIR/Schema.org ✅ ➖ Important
Identifier scheme + CSN grammar ✅ ➖ Important
Governance operational + IPR/patent policy + repo hygiene ✅ ➖ Important
Executable Discovery + machine-readable spec index ✅ ➖ Important
Core Profile / MVP conformance ✅ ➖ Important
Canonical diagrams + MUDL ✅ ✅ Important
v1.1 continuity (M1–M4 layers dropped) ✅ ➖ Important
Status-of-document banners ✅ ➖ Polish
MU Interchange Format (MUIF) as a named artifact ➖ ✅ Adopted
Semantic Test Kit + golden files ➖ ✅ Adopted
Semantic Coherence Score (graded certification) ➖ ✅ Adopted
Queryable Provenance Graph ("what breaks if X changes") ➖ ✅ Adopted
Decentralized Registry on DID + Verifiable Credentials ➖ ✅ Adopted
Minimal reference CLI (mu-validate / mu-fingerprint / mu-diff) ➖ ✅ Adopted
De-duplication / single-source shared sections; merge Best-Practices↔Design-Recommendations ➖ ✅ Adopted
i18n / multilingual model ➖ ✅ Adopted

3. Guiding principles for the maturation pass

  1. Formalization first. Every abstract claim must acquire a concrete, testable face (schema, grammar, message, test, or example).
  2. MUIF is the keystone. Fingerprint, Validation, Migration, tooling and examples all depend on a canonical interchange format. It is built first.
  3. Every normative SHALL gets a stable Requirement ID so it can be cited, validated and tested mechanically.
  4. Nothing is "done" without an executable artifact (a file in examples/, schemas/, or tests/), not only prose.
  5. Preserve the concepts that reviewers praised (Event/Semantic Timeline, Projection-not-Copy, Identity Agreement, Composition Hierarchy, Federation of Registries, Anti-Patterns). Maturation hardens them; it does not rewrite them.

4. The roadmap

Workstreams are grouped into three phases. Each lists: Source (Self / Grok / Both), Deliverables (concrete files), Acceptance criteria, Depends on.

Phase 1 — v2.1 "Make it implementable" (Critical)

WS1 — MUIF: Meta-Universe Interchange Format · Source: Grok (+Self)

The canonical machine-readable face of the abstract model — the keystone.

  • Deliverables: 02-architecture/MMAS-Interchange.md; schemas/ with JSON Schema for Meta-Model, Object, Relationship, Event, Contract, Projection, Manifest; a precise canonicalization algorithm for Semantic Fingerprint (normalization rules → byte stream → sha256).
  • Acceptance: two independent serializations of the same model produce an identical fingerprint; a sample model validates against the schemas.
  • Depends on: — (built first).

WS2 — MUFP protocol specification · Source: Both

Turn "semantic diplomacy" into an implementable protocol.

  • Deliverables: expand 03-federation/MUFP.md + new 03-federation/MUFP-Messages.md: state machine for the 9-stage lifecycle, message catalog (Discovery, Capability, Trust, Contract, Schema, Projection Exchange, Sync, Conflict, Terminate), envelope format, error taxonomy, version negotiation, Identity-Agreement revocation flow, one concrete binding (HTTP/JSON) and a worked handshake + projection-exchange transcript.
  • Acceptance: a developer can implement a minimal MUFP endpoint from the doc alone; every message has a schema in schemas/.
  • Depends on: WS1.

WS3 — Validation criteria + Conformance testability · Source: Both

  • Deliverables: complete 02-architecture/Validation.md with explicit, per-level (V0–V5) checks and a sample Validation Report; Requirement IDs added to every normative SHALL across MUC/MMAS/MUFP; generated REQUIREMENTS-INDEX.md; Abstract Test Procedures mapping each level to checks; wire 06-ecosystem/Certification.md to reproducible Validation output.
  • Acceptance: each V-level lists checks that a tool could run; "MMAS A4" and "MUFP Level 3" become verifiable, not declarative.
  • Depends on: WS1.

WS4 — Golden example + reference meta-models · Source: Both

  • Deliverables: one end-to-end scenario (e.g. Acme HR ↔ Government Tax federate over Person) threaded through the docs and materialized under examples/: 2–3 meta-models (incl. Employee) in MUIF + fingerprint + validation report + the federation transcript from WS2.
  • Acceptance: every example validates (WS3) and round-trips a stable fingerprint (WS1); a reader can follow one object from Identity → Mapping → Contract → Projection → Sync → Conflict.
  • Depends on: WS1, WS2, WS3.

WS5 — Security & privacy model · Source: Both

  • Deliverables: 03-federation/Security-Model.md (threat model: spoofed Identity Bindings, poisoned Semantic Lineage, Projection leakage, Event replay, malicious Mappings, revocation propagation); "Security Considerations" section in every federation doc; concrete Trust Vector computation + Identity Agreement / Trust revocation mechanics; privacy/PII handling and a data-subject (GDPR-style) alignment note.
  • Acceptance: every federation interaction in WS2/WS4 has a stated threat + mitigation; Trust Vector is computed from defined inputs.
  • Depends on: WS2.

Phase 2 — v2.2 "Make it verifiable & clean" (Important)

WS6 — Semantic Test Kit + golden files · Source: Grok

Reproducible conformance: abstract tests + reference artifacts per V-level under tests/ with pass/fail golden files. Depends on: WS3, WS4.

WS7 — Interop appendix (demonstrated, not asserted) · Source: Self

Real mappings Object → RDF triple / OWL class, plus Schema.org and FHIR, and one fully imported Semantic Package, under examples/interop/. Depends on: WS1.

WS8 — Identifier scheme + CSN grammar · Source: Self

Normative identifier scheme (or pluggable scheme registry) and an ABNF grammar for CSN; folds into MUIF/Naming-Conventions. Depends on: WS1.

WS9 — Executable Discovery + machine-readable spec index · Source: Self

/.well-known/meta-universe.json specification (public schemas, supported MUC/MMAS/MUFP versions, capabilities); spec-index.yaml (every doc: ID, class, status, version, dependencies); AGENTS.md / llms.txt AI-onboarding entry point. Depends on: WS1, WS3.

WS10 — Structural cleanup & de-duplication · Source: Grok

Single-source the repeated blocks (Architectural Invariants / Future Directions / Final Statement); merge-or-clearly-split Best-Practices ↔ Design-Recommendations; sharpen Terminology (normative) ↔ Glossary (explanatory) ↔ Definitions (constitutional) boundaries; reconcile the dropped v1.1 M1–M4 layers in Architecture.md / Migration-from-v1.md; add "Status of This Document" banners. Depends on: —.

WS11 — Canonical diagrams + MUDL draft · Source: Both

A canonical diagram set (Stack, Federation lifecycle, Projection, Identity Binding, Event flow) as SVG/Mermaid assets under assets/; first MUDL draft (05-reference-architecture/MUDL.md). Depends on: WS1.

WS12 — Governance, IPR & repo hygiene + Core Profile · Source: Self

Operational GOVERNANCE.md (ratification, quorum, neutrality decision), IPR/patent policy, CONTRIBUTING.md, SECURITY.md, CODE_OF_CONDUCT.md, .github/ templates; define a Core Profile / MVP conformance subset; make an explicit branding decision (Meta-Universe vs "metaverse" confusion). Depends on: WS3, WS5.

Phase 3 — v3.0 "Make it an ecosystem" (Valuable)

WS13 — Minimal reference CLI · Source: Grok

mu-validate, mu-fingerprint, mu-diff (semantic diff over fingerprint + lineage). Spec + minimal reference implementation. Depends on: WS1, WS3, WS6.

WS14 — Semantic Migration Standard (SMS) · Source: Both

Standardize migration of meaning between versions (v1→v2 is already live). Depends on: WS1, WS3.

WS15 — Semantic Coherence Score · Source: Grok

Automated metric (Event completeness, Relationship consistency, Projection coverage, provenance presence) enabling graded certification instead of binary pass/fail. Depends on: WS3, WS6.

WS16 — Queryable Provenance Graph · Source: Grok

Make Semantic Lineage a first-class queryable artifact: "what breaks if X changes", "show all conclusions depending on this Event". Depends on: WS1.

WS17 — Decentralized Registry profile (DID + VC) · Source: Grok

Realize Federation of Registries on Decentralized Identifiers + Verifiable Credentials. Depends on: WS5, WS9.

WS18 — AI integration patterns + i18n · Source: Both

Tool-calling schemas, structured-output constraints, RAG over Projections+Events, a worked Executable Semantic Contract in an agent loop; multilingual model for namespaces/labels/docs. Depends on: WS1, WS4.

Phase 4 — Refinements from external review (Gemini)

A third review (Gemini) was assessed. Much of it was already covered — the critique partly conflated Meta-Universe (this federation standard) with AISMM/FCD (a domain meta-model + dev methodology built on top of it). Several of its headline recommendations already exist here: Federated/Mesh is the standard's core (Federation of Registries, MUFP, Namespace publication); Temporal / time-travel reasoning is Event → Semantic Timeline; graph-poisoning as attack surface is the Security Model. The genuinely net-new items are captured below.

WS19 — Virtual Projections & Hot/Cold Descriptive Facts · Source: Gemini 2.2 / 3.1

Distinguish cold descriptive facts (schema, API, dependencies) from hot facts (metrics, runtime state). Hot facts attach as Virtual Stream Views — live, contract-governed projections an agent reads on the fly without mutating the model. Depends on: WS1 (Projection/Event/Synchronization).

WS20 — Policy Consistency, Precedence & Deadlock Handling · Source: Gemini 2.3 + 2.4

A pre-merge Policy Consistency Check (logical non-contradiction of normative rules) before changes enter the canon; explicit rule precedence/weights; and deadlock detection with mandatory human-in-the-loop escalation. Realizes the "AI Reasoning Validation" arm of SVF. Depends on: WS3 (Validation), Change-Process.

WS21 — Outcome Drift Detection · Source: Gemini 3.1

A "ghost-agent" audit comparing declared purpose/hypothesis (Model Canon) against observed outcomes (descriptive metrics): code can be valid, tests green, yet the business goal unmet → flag a semantic-outcome drift. Extends V5 runtime validation. Depends on: WS3, WS19.

WS22 — Simulated Sandbox Projections · Source: Gemini 3.3

A semantic what-if: simulate a proposed change in an isolated projected layer (a digital shadow), run synthetic load, assess side effects across the model before proposing it — without mutating canonical state. Depends on: WS1, WS20.

WS23 — Zero-Knowledge Policy Attestation · Source: Gemini 3.4

For B2B federation, let one Universe prove its code/actions conform to agreed security/compliance policies without revealing its graph or logic, using zero-knowledge proofs and Verifiable Credentials. Depends on: WS5 (Security), WS17 (DID/VC).

5. Critical path & execution order

WS1 (MUIF) ─┬─> WS2 (MUFP) ─┬─> WS4 (golden example) ─> WS6 (test kit)
            │               └─> WS5 (security) ─> WS12 (governance/profile)
            ├─> WS3 (validation/req-IDs) ─> WS4, WS6, WS9, WS14, WS15
            ├─> WS7 (interop)   ├─> WS8 (identifiers/CSN)
            ├─> WS11 (diagrams) └─> WS16 (provenance graph)
            └─> WS9 (discovery/index)
WS10 (cleanup) runs in parallel, no dependency.
Phase 3 (WS13–18) follows once Phase 1–2 artifacts exist.

Start point: WS1 (MUIF). It unblocks almost everything.

6. Progress log

  • 2026-06-27 — WS1 (MUIF) ✅ delivered.
    • 02-architecture/MMAS-Interchange.md — normative MUIF + canonicalization algorithm.
    • schemas/ — JSON Schema 2020-12 for manifest + 5 primitives + common defs.
    • tools/mu-fingerprint.ps1 — reference canonicalizer (also seeds WS13).
    • examples/minimal-person/ — same model in two serializations, verified to produce an identical fingerprint sha256:a628b2af…b04a639d.
    • Cross-linked from 02-architecture/Versioning.md.
    • Next: WS2 (MUFP protocol) and WS3 (Validation criteria + Requirement IDs).
  • 2026-06-27 — WS3 (Validation + Conformance testability) ✅ delivered.
    • 02-architecture/Validation.md — added Abstract Test Procedures: per-level checks V0-01 … V5-02, each with severity and the requirement IDs it enforces.
    • REQUIREMENTS-INDEX.md + tools/mu-requirements.ps1 — reproducible catalog of 1000 RFC 2119 requirements across 36 normative docs, IDs <MN>-Rnn.
    • schemas/validation-report.schema.json + examples/minimal-person/validation-report.json — machine-readable report; minimal-person passes V0–V4 (fingerprint check verified).
    • MUC gained a "Requirement Identifiers" section; Certification.md now defines assessment as reproducible against the ATPs/levels and the Requirements Index.
    • Next: WS2 (MUFP protocol), then WS4 (golden federation example).
  • 2026-06-27 — WS2 (MUFP protocol) ✅ delivered.
    • 03-federation/MUFP-Messages.md (FED-011) — envelope, state machine, 22-message catalog, 12-code error taxonomy, version negotiation, revocation, HTTP/JSON binding, minimal-endpoint conformance.
    • schemas/mufp-envelope.schema.json — envelope + conditional message bodies.
    • examples/federation-handshake/transcript.json — 10-envelope handshake, structurally verified; data moves only at the last message.
    • MUFP.md now points to the wire protocol.
    • Next: WS4 (golden federation example over two full meta-models).
  • 2026-06-27 — WS4 (golden end-to-end example) ✅ delivered.
    • examples/federation-acme-govtax/ — two sovereign universes (Acme employee MM, Government taxpayer MM) with different vocabularies federate over one Person: Identity → Mapping → Contract → Projection → Synchronization → Conflict.
    • Real fingerprints (acme 0b4965f1…, gov d51f639e…, contract 44582ad8…) all recomputed and verified; both models pass V0–V4 validation reports.
    • 17-envelope transcript.json — structurally verified; first knowledge moves at message 14; conflict detected + resolved with causality preserved.
    • Threaded into examples/README.md and 07-guides/Federation-Guide.md.
    • Phase 1 (v2.1 Critical) is now substantially complete (WS1–WS4 done; WS5 Security-Model remains).
  • 2026-06-27 — WS5–WS18 ✅ delivered (Phases 1–3 substantially complete).
    • WS5 03-federation/Security-Model.md (FED-012): threat model T1–T10, Trust Vector computation, envelope signing/replay, revocation propagation, privacy/PII.
    • WS8 CSN ABNF grammar + identifier scheme in Naming-Conventions.
    • WS13 tools/mu-validate.ps1 — reference validator (V0–V2 ATPs → report).
    • WS6 tests/ Semantic Test Kit — 7 fixtures, run-tests.ps1 (ALL PASS) + golden report.
    • WS9 03-federation/Discovery.md (FED-013) + schemas/discovery.schema.json
      • /.well-known example; tools/mu-spec-index.ps1 → spec-index.yaml (77 docs); AGENTS.md + llms.txt.
    • WS7 examples/interop/ (Schema.org/FHIR/FOAF + Object→RDF/OWL).
    • WS11 assets/ Mermaid diagram set + 05/MUDL.md (REFARCH-010).
    • WS10 Architecture M0–M4 reconciliation; STATUS.md + README banner.
    • WS12 GOVERNANCE.md (bodies, IPR/patent, naming decision), CONTRIBUTING.md, SECURITY.md, CODE_OF_CONDUCT.md, .github/ templates, 02-architecture/Core-Profile.md (ARCH-013).
    • WS14–18 SMS (ARCH-010), Provenance-Graph (ARCH-011), Internationalization (ARCH-012), Semantic-Coherence-Score (ECO-006), Decentralized-Registry (ECO-007), AI-Integration-Patterns (GUIDE-009).
    • Repo: 77 documents, 1175 catalogued requirements, 5 reference tools, 3 test+example suites — all links/IDs clean, test kit green.
  • 2026-06-27 — Phase 4 (Gemini net-new) ✅ delivered.
    • WS19 04-core-concepts/Virtual-Projection.md (CORE-012): hot/cold facts + Virtual Stream Views (no write amplification).
    • WS20 02-architecture/Policy-Consistency.md (ARCH-014): pre-merge consistency check, rule precedence, deadlock + human-in-loop; wired into Change-Process and Validation V3.
    • WS21 Validation §9a Outcome Drift Detection (purpose vs observed metric).
    • WS22 02-architecture/Simulation-Sandbox.md (ARCH-015): semantic what-if before applying.
    • WS23 03-federation/Zero-Knowledge-Attestation.md (FED-014): prove policy conformance without revealing the model.
    • Repo now: 81 documents, 1218 requirements; links/IDs clean, kit green.

7. Definition of "mature"

The maturation pass is complete when:

  • a minimal MUFP endpoint and a validator can be built from the documents alone;
  • every normative requirement has an ID and at least one test;
  • at least one full reference meta-model validates and round-trips a stable fingerprint;
  • every federation interaction has a stated threat + mitigation;
  • the scorecard in §1 reaches 8.5+ overall.