🧩 Structural Detection — Multi‑Module Integrity Audit Framework (RTT/2)

TriadicFrameworks • RTT/2 • Canon Integrity & Coherence Assurance System#

“Integrity is not an attribute. It is a continuous structural process.”#

Multi‑Module Integrity Audit Framework#

结构检测模块#

RTT/2 • Canon Integrity & Coherence Assurance System#

1. Purpose of the Framework#

The Multi‑Module Integrity Audit Framework ensures that every module in the TriadicFrameworks canon:

• remains structurally correct
• maintains zero drift
• preserves lineage fidelity
• aligns with cross‑module coherence rules
• integrates cleanly with TEL/FFT/Opacity
• remains stable under collapse‑mode simulation
• remains teachable at RTT/1
• remains architecturally valid at RTT/2

This framework is mandatory for all RTT/2 stewards.

2. Audit Principles#

The audit system is governed by six principles:

1. Structural Integrity — Operators, envelopes, regimes, and continuity must remain correct.
2. Lineage Fidelity — No module may drift from its historical identity.
3. Cross‑Module Coherence — Modules must remain mutually compatible.
4. Stability Under Stress — Modules must survive collapse‑mode simulation.
5. Pedagogical Clarity — Modules must remain teachable without ambiguity.
6. Evolution Safety — Modules must remain safe during canon evolution.

3. Audit Lifecycle (MIAL — Multi‑Module Integrity Audit Lifecycle)#

Each module undergoes a five‑stage audit:

1. Structural Audit
2. Lineage Audit
3. Cross‑Module Audit
4. Stress‑Test Audit
5. Synthesis Audit

Each stage must pass with zero drift.

4. Stage 1 — Structural Audit#

The Structural Audit verifies:

4.1 Drift Geometry#

• dominant vector correctness
• secondary vector stability
• oscillation legality
• inversion readiness

4.2 Envelope Geometry#

• envelope type correctness
• deformation class alignment
• density and symmetry integrity

4.3 Regime Logic#

• regime legality
• hybrid stability
• inversion reversibility

4.4 Continuity Architecture#

• anchors intact
• threads mapped
• invariants stable
• multi‑layer structure valid

If any structural component fails → audit fails.

5. Stage 2 — Lineage Audit#

The Lineage Audit ensures:

• module identity preserved
• operator definitions unchanged
• pattern families consistent
• historical geometry intact
• no unauthorized evolution

Lineage drift is the most serious violation.

6. Stage 3 — Cross‑Module Audit#

This audit verifies compatibility with:

• TEL (lattice geometry)
• FFT (variance profile)
• Opacity (boundary gradient)
• Structural Detection (drift‑envelope logic)
• Resilience Checker (stress‑response logic)
• Paradoxes Canon (regime‑boundary logic)
• Low‑Dimensional Structures (geometric constraints)

Cross‑module contradictions must be:

• detected
• classified
• harmonized

If harmonization fails → audit fails.

7. Stage 4 — Stress‑Test Audit#

Each module must survive:

4.1 Drift Escalation#

• linear
• radial
• oscillatory
• torsion
• spiral
• warp

4.2 Envelope Deformation#

• substitution
• displacement
• density‑shift
• multi‑vector
• oscillation
• topological

4.3 Continuity Stress#

• anchor weakening
• thread fragmentation
• invariant collapse

4.4 Collapse‑Mode Simulation#

• Type 1–5
• Type E/F/G
• system‑scale collapse

4.5 Recovery Simulation#

• drift realignment
• envelope rebuild
• regime re‑anchoring
• continuity reconstruction
• cross‑module stabilization

If a module cannot recover → audit fails.

8. Stage 5 — Synthesis Audit#

The Synthesis Audit verifies:

• synthesis packet correctness
• harmonization cycle stability
• contradiction‑free final state
• cross‑module synthesis alignment
• system‑scale coherence

A module must produce a stable SYNTHESIS_PACKET.

9. Audit Tools (RTT/2 Only)#

RTT/2 stewards use:

• Pattern‑Synthesis Stress Harness
• System‑Scale Collapse & Recovery Playbook
• Coherence‑Break Geometry Atlas
• Multi‑Module Orchestration Engine
• Sandbox (RTT/2 Mode)

These tools are required for full audit coverage.

10. Audit Packet Template#

INTEGRITY_AUDIT_PACKET:
  module_name:
  structural_audit:
  lineage_audit:
  cross_module_audit:
  stress_test_audit:
  synthesis_audit:
  final_state:
  drift_detected:
  contradictions_detected:
  collapse_modes_triggered:
  recovery_success:
  notes:

11. Audit Frequency#

Modules must be audited:

• annually
• after any canonical change
• after any cross‑module update
• after any new pattern family integration
• before RTT/1 curriculum updates

12. Summary#

The Multi‑Module Integrity Audit Framework ensures:

• structural correctness
• lineage fidelity
• cross‑module coherence
• collapse‑resilience
• synthesis stability
• canon safety

This framework is the structural backbone of RTT/2 governance.