1. Purpose
The Coherence Support Evaluator determines whether a node, person, team, institution, AI agent, or subsystem has enough support to remain coherent under current load without being extracted, overloaded, or forced into hidden debt.
2. Core Question
Can this node preserve coherence under current load without accumulating hidden debt?
3. Construct Class
Type: Evaluator
Source status: Canon-Ready
Primary module: Coherence
Related modules: Scaling, Restoration, Security, JGL, AI
4. Inputs
- O — coherence
- H — hidden debt
- K / σ — slack
- R — restoration capacity
- BΣ — boundary integrity
- Au — auditability
- µᵢ — meaning / agent integrity
- current load
- coupling depth
- role burden
- support availability
- recurrence pattern
- response latency
5. Outputs
- support adequacy
- extraction risk
- hidden debt risk
- restoration need
- scaling admissibility
- boundary repair need
- recommended support changes
6. Failure Modes Detected
- Silent Extraction
- Hidden Debt Accumulation
- Capacity-Inverting Restoration
- Repair Starvation
- Forced Coupling
- Boundary Collapse
- Success Proxy Substitution
7. Restoration Links
- Slack Regeneration
- Boundary Reconstitution
- Load Shedding
- Origin-Layer Repair
- Compatibility Recoupling
8. Tool Readiness
Interactive Tool Candidate
9. Tool Potential
CSE can become an interactive evaluator for checking whether a person, team, organi
10. Source Notes
This compact spec sheet was generated from the Constructs Registry index. It preserves the current source fields and should be expanded against the full construct template during editorial review.
11. Machine-Readable Summary
construct_id: "CONSTRUCT-001"
title: "CSE — Coherence Support Evaluator"
abbreviation: ""
construct_class: "Evaluator"
tool_readiness: "Interactive Tool Candidate"
primary_module: "Coherence"
source_status: "Canon-Ready"
registry_source: "content/archive/constructs/registry/index.md"