🧾 Structural Detection — Collapse‑Mode Integrity Ledger (RTT/2)

TriadicFrameworks • RTT/2 • Collapse Integrity Tracking, Geometry Verification & Reconstruction Audit Ledger#

“Integrity is the memory of collapse.”#

Collapse‑Mode Integrity Ledger (RTT/2)#

Structural Detection Module#

RTT/2 • Collapse Integrity Tracking & Reconstruction Audit Ledger#

1. Purpose of the Integrity Ledger#

The Collapse‑Mode Integrity Ledger (CMIL) records the full integrity chain of every collapse event:

• collapse geometry
• propagation geometry
• reversal geometry
• reassembly geometry
• stability verification

It is the canonical audit trail for collapse‑mode behavior.

2. Integrity Chain Model#

The ledger tracks integrity across five structural phases:

1. Collapse Integrity
2. Propagation Integrity
3. Reversal Integrity
4. Reassembly Integrity
5. Stability Integrity

Each phase must pass integrity checks for the structure to be considered fully recovered.

3. Collapse Integrity Fields#

The ledger records:

• collapse mode
• collapse geometry
• deformation gradients
• break‑chain activation
• drift–envelope mismatch
• regime volatility

Output:

COLLAPSE_INTEGRITY_RECORDED

4. Propagation Integrity Fields#

The ledger records:

• propagation vectors
• propagation geometry
• continuity layer impact
• cross‑module propagation
• collapse‑adjacent signatures

Output:

PROPAGATION_INTEGRITY_RECORDED

5. Reversal Integrity Fields#

The ledger records:

• reversal geometry type
• reversal vector field
• deformation gradient reversal
• break‑chain collapse
• continuity rethreading geometry

Output:

REVERSAL_INTEGRITY_RECORDED

6. Reassembly Integrity Fields#

The ledger records:

• reassembly geometry
• continuity reassembly
• drift–envelope rebinding
• module projection reconstitution
• reassembly sequence integrity

Output:

REASSEMBLY_INTEGRITY_RECORDED

7. Stability Integrity Fields#

The ledger records:

• geometry reversal integrity
• continuity reassembly strength
• drift–envelope stability
• regime identity restoration
• cross‑module alignment
• synthesis compatibility

Output:

STABILITY_INTEGRITY_VERIFIED

8. Collapse‑Mode Integrity Matrix#

The CMIL uses a 7×5 integrity matrix:

Each ✓ corresponds to a full integrity packet.

9. Integrity Failure Modes#

Failures are logged automatically.

10. Cross‑Module Integrity Projection#

The ledger integrates integrity across:

TEL#

• lattice integrity
• stabilizer integrity

FFT#

• spectral integrity
• variance integrity

Opacity#

• boundary integrity
• visibility integrity

Cross‑module integrity determines system‑scale recovery.

11. Collapse‑Mode Integrity Packet#

INTEGRITY_PACKET:
  collapse_mode:
  collapse_integrity:
  propagation_integrity:
  reversal_integrity:
  reassembly_integrity:
  stability_integrity:
  cross_module_integrity:
  integrity_score:
  integrity_status:
  notes:

12. Summary#

The Collapse‑Mode Integrity Ledger provides:

• a complete audit trail of collapse behavior
• geometry‑level integrity verification
• propagation and reversal integrity tracking
• reassembly and stability integrity scoring
• cross‑module integrity projection
• system‑scale structural clarity

This ledger is the integrity‑law backbone of RTT/2.