1. Short Definition

Local Stability Export occurs when a system maintains apparent stability in one location by transferring incoherence, cost, risk, or repair burden elsewhere.

Local order may be real, but it is not whole-system coherence if it depends on exported burden.

2. Canonical Pattern

O_local stable + H_export↑ ⇒ pseudo-coherence risk↑

Expanded:

local stability maintained
by
externalized burden
⇒ O_local appears stable
while O_global declines

Plain form:

Stable for whom, at whose cost, and over what time horizon?

3. Mechanic Description

SCALE-035 describes how pseudo-coherent systems maintain local order.

A subsystem may look stable, efficient, compliant, profitable, peaceful, secure, or successful because it has moved instability elsewhere.

Export channels include:

• weaker nodes
• downstream teams
• future maintainers
• invisible labor
• ecological systems
• users
• patients
• peripheral communities
• lower-status workers
• automated systems
• future budgets
• appeal pathways
• biological recovery systems
• institutional legitimacy reserves

Local stability export is not always obvious.

From inside the stable zone, the system may appear coherent because:

• metrics look good
• visible conflict is low
• operations continue
• leadership appears effective
• compliance improves
• costs are not visible
• repair burden is offloaded
• affected nodes lack visibility or voice

But whole-system coherence declines because hidden debt is still active.

This mechanism explains how pseudo-coherent basins can feel orderly internally while generating external instability.

4. UTS Variable Mapping

5. Diagnostic Questions

1. Where is stability being measured?
2. Who or what absorbs the cost of that stability?
3. Is local error low because burden is exported?
4. Are downstream nodes losing slack?
5. Is global coherence declining while local metrics improve?
6. Are repair burdens moving away from the originating system?
7. Can affected nodes report the exported burden?
8. Is stability dependent on externalization?
9. Is the system confusing local calm with coherence?
10. Would the local system remain stable if it had to internalize its costs?

6. Failure Signatures

1. Local Calm, Downstream Burden

ε_local↓ while burden_downstream↑

The system appears stable because cost is moved elsewhere.

2. Global Coherence Decline

O_local stable while O_global↓

Local order coexists with whole-system degradation.

3. Peripheral Slack Drain

H_export↑ ⇒ K_periphery↓

Receiving nodes lose optionality and repair capacity.

4. Hidden Labor Absorption

visible workload stable + invisible labor↑

Unseen nodes maintain stability.

5. Stability Dependency on Export

externalization removed ⇒ local stability fails

The local system depends on exported burden.

7. Related Failure Modes

• local stability export
• pseudo-coherence
• hidden debt export
• local-global divergence
• silent extraction
• downstream repair overload
• invisible labor burden
• legitimacy debt
• ecological externality
• burden asymmetry
• exploitation basin

8. Related Diagnostics

9. Restoration Implications

If SCALE-035 is active, restoration requires internalizing exported burden and measuring whole-system coherence.

Required actions:

1. Identify where stability is being measured.
2. Trace exported burden.
3. Include affected downstream nodes in diagnostics.
4. Compare O_local against O_global.
5. Protect receiving nodes from further burden transfer.
6. Internalize repair responsibility where appropriate.
7. Restore slack to burdened nodes.
8. Reduce local metrics that reward export.
9. Repair origin-layer causes.
10. Validate coherence across scale, not only locally.

Core restoration rule:

Local stability is not coherence if it depends on exported burden.

10. Compact Registry Entry

id: SCALE-035
name: "Local Stability Export"
family: "SCALE-F — Hidden Debt Propagation Mechanics"
type: "local-global-debt-export-mechanic"
status: "draft-ready"
short_definition: "A system preserves apparent stability in one location by transferring incoherence, cost, risk, or repair burden elsewhere."
canonical_pattern: "O_local stable + H_export↑ ⇒ pseudo-coherence risk↑"
failure_signature: "local stability maintained by externalized burden ⇒ O_local appears stable while O_global declines"
primary_variables:
  - O
  - H
  - ε
  - ι
  - Au
  - µᵢ
  - BΣ
  - K
  - R
  - Φ
primary_diagnostics:
  - O_local
  - O_global
  - H_export
  - burden_downstream
  - affected_node_cost
  - K_periphery
  - Au_eff
  - R_eff_origin
  - R_eff_receiver
  - Φ_local
related_failure_modes:
  - local_stability_export
  - pseudo_coherence
  - hidden_debt_export
  - local_global_divergence
  - silent_extraction
  - downstream_repair_overload
  - invisible_labor_burden
  - legitimacy_debt
  - ecological_externality
restoration_implication: "Trace exported burden, compare local and global coherence, protect receiving nodes, internalize repair responsibility, and reduce metrics that reward burden export."

11. One-Line Canon

Local stability is not whole-system coherence when it is maintained by exporting burden elsewhere.