Appendix V — Canon Governance Versioning System
RTT‑Inside • Governance Layer • Canon Stability
Datacenter Reports — Appendix V
The Canon Governance Versioning System (CGVS) defines how the Datacenter Reports
canon evolves over time.
It ensures that updates to structural fields, dimensional fields, temporal
fields, operator fields, and tensor fields remain coherent, drift‑bounded, and
aligned with TriadicFrameworks governance.
CGVS provides the rules, structures, and processes that maintain canon integrity across versions.
🧭 V.1 — Purpose of Canon Governance#
CGVS exists to:
- prevent drift across modules
- maintain coherence across updates
- ensure dimensional consistency
- stabilize operator ecology
- preserve tensor alignment
- provide versioning transparency
CGVS is the governance backbone of the entire canon.
🧱 V.2 — Canon Version Structure#
Each canon version has five components:
1. Structural Version (SV)#
Changes to facilities, governance, culture, standards, human envelope.
2. Dimensional Version (DV)#
Changes to planetary, cultural, governance, economic, compute, infrastructure fields.
3. Temporal Version (TV)#
Changes to rhythm, drift, coherence, regime transitions, evolution pathways.
4. Operator Version (OV)#
Changes to stabilizers, amplifiers, translators, regime shifters, meta‑operators.
5. Tensor Version (XT)#
Changes to structural, dimensional, and qCompute tensors.
A full canon version is expressed as:
SV.x DV.x TV.x OV.x XT.x
🔺 V.3 — Canon Versioning Rules (RTT Canon)#
CGVS follows five universal rules:
Rule 1 — Structural Priority#
Structural changes require dimensional review.
Rule 2 — Dimensional Dominance#
Dimensional changes require temporal review.
Rule 3 — Temporal Authority#
Temporal changes require operator review.
Rule 4 — Operator Mediation#
Operator changes require tensor review.
Rule 5 — Tensor Finalization#
Tensor changes finalize the version.
These rules prevent cross‑field drift.
🧬 V.4 — Canon Governance Cycle#
The canon evolves through a five‑step cycle:
Propose → Review → Align → Stabilize → Release
1. Propose#
Module authors propose changes.
2. Review#
Structural, dimensional, temporal, operator, and tensor reviewers evaluate changes.
3. Align#
Changes are aligned with canon rules.
4. Stabilize#
Coherence engines ensure drift‑bounded integration.
5. Release#
Version is published and propagated.
🔄 V.5 — Cross‑Module Version Propagation#
Version changes propagate through modules using three mechanisms:
Mechanism P1 — Direct Propagation#
Field → Field
Used for structural ↔ dimensional updates.
Mechanism P2 — Operator Propagation#
Field → Operator → Field
Used for dimensional ↔ temporal updates.
Mechanism P3 — Tensor Propagation#
Field → Tensor → Field
Used for temporal ↔ operator updates.
Propagation must be:
- drift‑bounded
- coherence‑aligned
- regime‑aware
- dimensionally consistent
🔧 V.6 — Canon Drift Detection#
CGVS includes drift detection:
1. Structural Drift#
Misalignment across structural fields.
2. Dimensional Drift#
Intensity or divergence mismatch.
3. Temporal Drift#
Rhythm or coherence instability.
4. Operator Drift#
Operator ecology imbalance.
5. Tensor Drift#
Misaligned tensor values.
Drift must be corrected before version release.
🔥 V.7 — Canon Stabilization Protocols#
Stabilization uses:
- coherence engines
- stabilizers
- translators
- regime shifters
- meta‑operators
- tensor realignment
Stabilization follows:
Tensor → Operator → Temporal → Dimensional → Structural
This is the Canonical Stabilization Sequence.
🧩 V.8 — Canon Version Metadata#
Each version includes:
- version number
- change summary
- field impact
- operator impact
- tensor impact
- drift analysis
- coherence analysis
- propagation map
Metadata ensures transparency and traceability.
📦 V.9 — Canon Versioning Examples#
Example 1 — Structural Update#
SV.2 → DV.1 → TV.1 → OV.0 → XT.0
Example 2 — Dimensional Update#
SV.0 → DV.3 → TV.2 → OV.1 → XT.1
Example 3 — Full Canon Update#
SV.4 → DV.4 → TV.3 → OV.2 → XT.2
🔗 V.10 — Cross‑Module Integration#
CGVS integrates with:
- Field Canon Architecture (Appendix S)
- Triadic Observer Protocols (Appendix R)
- Ecosystem Simulation Models (Appendix M)
- Field Research Protocols (Appendix L)
- Dimensional Rhythm Patterns (Appendix N)
Ensuring versioning consistency across the RTT canon.