1. Short Definition

Transition Integrity means that a system cannot move coherently from one state, basin, regime, role, or structure to another if the transition destroys boundary integrity, meaning continuity, agency, dignity, or restoration capacity.

A transition is not coherent simply because it reaches a desired endpoint.

The pathway matters.

2. Canonical Pattern

Transition coherent ⇔ BΣ + µᵢ + K + R preserved

Expanded:

state change / basin exit / reform / migration / restructuring
requires
boundary integrity + meaning continuity + agency + restoration capacity
⇒ stable transition

Plain form:

A transition is coherent only when the system can move without losing the capacities needed to remain itself.

3. Mechanic Description

SCALE-060 defines the core integrity condition for transition.

Scaling often requires transition:

• old process to new process
• old basin to new basin
• old governance form to new governance form
• old identity structure to new identity structure
• legacy system to replacement system
• damaged coupling to repaired coupling
• unstable regime to stable regime
• pseudo-coherent basin to higher-coherence attractor

But transition can fail even when the target state is better.

Failure occurs when the transition pathway destroys what the system needs in order to survive the change.

Transition integrity requires:

• boundary clarity
• viable exit
• agency preservation
• dignity preservation
• meaning continuity
• material viability
• restoration capacity
• auditability
• role continuity or role replacement
• pacing by bandwidth
• reduced hidden debt
• recurrence validation

Forced transition often triggers defensive hardening, identity collapse, backlash, re-entry, or substitute basin capture.

This is why UTS treats transition as a coherence-preserving process, not merely a destination change.

The system must be able to carry enough identity, meaning, boundary integrity, and repair capacity through the transition to stabilize on the other side.

4. UTS Variable Mapping

5. Diagnostic Questions

1. What transition is occurring?
2. What must be preserved through the transition?
3. Are boundaries stable or being destroyed?
4. Is meaning / identity continuity supported?
5. Is agency preserved, or is the transition forced?
6. Is there a viable exit path?
7. Is restoration capacity sufficient during the transition?
8. Are affected nodes carrying hidden transition cost?
9. Is transition paced by bandwidth and slack?
10. Does the new state reduce recurrence and hidden debt?

6. Failure Signatures

1. Forced Transition

transition pressure↑ + K↓ ⇒ defensive hardening↑

The system moves under compulsion rather than coherent agency.

2. Boundary Damage During Transition

transition↑ + BΣ↓ ⇒ instability↑

The movement damages the boundaries needed for stabilization.

3. Meaning Rupture

transition↑ + µᵢ continuity↓ ⇒ re-entry / backlash risk↑

The transition breaks identity or meaning continuity.

4. Transition Debt

transition load↑ + R insufficient ⇒ H_transition↑

The movement creates more debt than the system can repair.

5. Substitute Basin Capture

old basin exit + weak transition integrity ⇒ substitute basin risk↑

The system leaves one unstable attractor and enters another.

7. Related Failure Modes

• transition collapse
• forced transition
• substitute basin capture
• delayed transition cost
• pseudo-reform
• boundary rupture
• identity rupture
• restoration starvation
• backlash loop
• emergency reversion
• basin re-entry

8. Related Diagnostics

9. Restoration Implications

If SCALE-060 is active, restoration requires preserving transition integrity before demanding movement.

Required actions:

1. Define what must be preserved through transition.
2. Repair or reinforce boundaries before movement.
3. Preserve meaning and identity continuity where possible.
4. Restore agency, refusal, and exit capacity.
5. Pace transition by bandwidth.
6. Provide restoration capacity during transition.
7. Track hidden transition debt.
8. Prevent coercive transition from masquerading as reform.
9. Validate stability after movement.
10. Confirm recurrence reduction in the new state.

Core restoration rule:

Preserve the capacities required to survive the transition.

10. Compact Registry Entry

id: SCALE-060
name: "Transition Integrity"
family: "SCALE-K — Transition and Restoration Scaling Mechanics"
type: "transition-coherence-constraint"
status: "draft-ready"
short_definition: "Stable transition must preserve boundary integrity, meaning continuity, agency, dignity, restoration capacity, and viable exit pathways."
canonical_pattern: "Transition coherent ⇔ BΣ + µᵢ + K + R preserved"
failure_signature: "state change / basin exit / reform / migration / restructuring without boundary integrity + meaning continuity + agency + restoration capacity ⇒ transition debt + instability + re-entry risk"
primary_variables:
  - O
  - H
  - ε
  - ι
  - Au
  - µᵢ
  - BΣ
  - K
  - R
  - Φ
primary_diagnostics:
  - BΣ_transition
  - µᵢ_continuity
  - K_transition
  - R_transition
  - transition_load
  - 𝓑(t)
  - Au_transition
  - H_transition
  - reentry_risk
  - τ_m_after_transition
related_failure_modes:
  - transition_collapse
  - forced_transition
  - substitute_basin_capture
  - delayed_transition_cost
  - pseudo_reform
  - boundary_rupture
  - identity_rupture
  - restoration_starvation
  - backlash_loop
restoration_implication: "Preserve boundaries, agency, meaning continuity, dignity, and restoration capacity while pacing transition by bandwidth and validating recurrence reduction."

11. One-Line Canon

A transition is coherent only when the system can move without losing the capacities needed to stabilize afterward.