# CONSTRUCT-037 — Contract Validity Checker
## 1. Purpose
The **Contract Validity Checker** evaluates whether a contract, agreement, role binding, consent structure, platform term, institutional obligation, data-use agreement, AI identity claim, or governance promise is coherence-valid.
It exists because a contract can be formally present while failing coherence.
A contract may have signatures, terms, permissions, defaults, policies, or user acceptance while still failing because of:
coercion
hidden terms
power asymmetry
exit lockout
revocation failure
unclear boundaries
unrepairable harm
unauditable enforcement
obligation drift
representation overreach
burden asymmetry
temporal invalidity
CVC asks:
Is this agreement actually valid as a coherence-preserving contract?
The Constructs & Operating Systems Registry identifies the Contract Validity Checker as a contract / consent validity construct for evaluating whether agreements, obligations, platform terms, and AI identity bindings remain bounded, auditable, revocable, repairable, and non-coercive.
---
## 2. Core Question
> **Is this contract coherence-valid, or does it bind parties through opacity, asymmetry, coercion, hidden burden, invalid representation, exit lockout, or unavailable repair?**
Secondary questions:
* Who are the parties?
* Who is affected beyond the parties?
* What is being obligated?
* What rights are granted or removed?
* What scope is claimed?
* Are boundaries clear?
* Is consent informed and revocable?
* Can the agreement be audited?
* Can the agreement be exited?
* Can the agreement be repaired after failure?
* Does power asymmetry invalidate or constrain the agreement?
* Does burden fall symmetrically?
* Are hidden terms present?
* Are terms still valid over time?
* Does the contract preserve coherence or create capture?
---
## 3. Construct Class
| Field | Value |
| -------------------- | ------------------------------------------------------------- |
| **Construct Class** | Contract / Consent / Obligation Validity Construct |
| **Secondary Class** | Governance / Boundary / Repair Validity Checker |
| **Operating System** | No |
| **Primary Module** | Justice · Governance · Legitimacy / Contracts / AI Governance |
| **Related Modules** | Restoration, Coherence, AI Identity, ISC, Security, Economics |
CVC is a contract validity construct because it evaluates whether an agreement may validly bind behavior, access, rights, obligations, memory, representation, or authority.
It is broader than legal form.
A contract may be legally enforceable while still failing UTS coherence validity.
---
## 4. Canon Test
The Contract Validity Checker uses the coherence-valid contract pattern:
Au ≥ X_c(t)
BΣ intact
Λ > 0
R > 0
µᵢ stable
Φ subordinate to O
exit permitted
revocation available where applicable
Τ validation possible
Meaning:
| Condition | Meaning |
| ------------------------- | ---------------------------------------------------------------------------------------------------------------- |
| **Au ≥ X_c(t)** | Auditability must meet the complexity threshold of the agreement. |
| **BΣ intact** | Boundaries around scope, parties, rights, duties, data, role, and duration must remain valid. |
| **Λ > 0** | Contract must be compatible with parties, context, capacities, and affected nodes. |
| **R > 0** | Repair must exist if the contract causes harm, error, or burden. |
| **µᵢ stable** | Meaning and obligation identity must not drift invisibly. |
| **Φ subordinate to O** | Power, force, platform control, institutional leverage, or market pressure must remain subordinate to coherence. |
| **exit permitted** | Valid exit must exist unless the contract is narrowly and legitimately non-exitable. |
| **revocation available** | Consent-linked terms must have revocation where coherence requires it. |
| **Τ validation possible** | The contract must remain valid over time, not only at signing. |
CVC’s core distinction:
agreement is not validity
---
## 5. When to Use
Use the Contract Validity Checker when evaluating any agreement, obligation, consent structure, user term, platform policy, institutional agreement, AI identity contract, service agreement, governance promise, employment structure, data-use claim, or access condition.
Use CVC when:
* a platform claims user consent through terms of service
* an AI system claims memory, representation, or role continuity
* a user agreement binds data, attention, labor, identity, or access
* an institution imposes obligations under asymmetry
* a contract has hidden terms or unclear scope
* exit is difficult or impossible
* revocation is unclear
* repair after breach is unavailable
* terms change over time
* affected nodes are not parties but carry burden
* a consent structure is bundled with essential access
* a governance system claims legitimacy through formal agreement
* a contract creates dependency or capture
* obligations drift beyond original understanding
Do not use CVC as the primary construct when the central question is:
| If the question is... | Prefer... |
| ------------------------------------------ | ---------------------- |
| Is an AI identity binding valid? | AI Identity Contract |
| Is accountability symmetrical? | ECA |
| Can harmed node reach resolution? | VRPS |
| Can role/access be restored after rupture? | Reintegration Membrane |
| Is coupling becoming capture? | DCRL |
| Does action pass the full ladder? | CAL |
| What minimum constraints apply? | CCS |
| What restoration arc applies? | RAM |
CVC checks contract validity broadly; AIC specializes CVC for AI identity.
---
## 6. Derivation
CVC is derived from a recurring UTS pattern:
agreement exists
+ terms are accepted
+ power, opacity, or dependency shapes consent
+ burden appears later
= contract validity failure
A second pattern:
contract grants rights to one party
+ obligations or costs shift to another
+ affected nodes lack repair or exit
= burden asymmetry
A third pattern:
terms were valid at time of agreement
+ context, technology, power, or scope changes
+ original understanding no longer matches enforcement
= temporal validity collapse
CVC exists because contracts must remain coherence-valid, not merely formally accepted.
Its core distinction is:
a bound node is not necessarily a consenting node
---
## 7. UTS Basis
CVC assembles the following UTS mechanics.
## 7.1 State Variables
| Variable | Role in CVC |
| -------- | -------------------------------------------------------------------------------------------------------- |
| **O** | Measures whether the contract preserves coherence across parties and affected nodes. |
| **H** | Tracks hidden contractual debt, deferred burden, and unacknowledged obligations. |
| **ε** | Tracks ambiguity in terms, scope, enforcement, duration, or consent. |
| **ι** | Detects inversion where contract language legitimizes coercion, capture, or burden export. |
| **Au** | Measures traceability of terms, changes, enforcement, consent, and repair. |
| **µᵢ** | Preserves meaning, obligation identity, party standing, and representation validity. |
| **BΣ** | Maintains boundaries around scope, parties, rights, duties, data, role, access, and duration. |
| **K** | Tracks compatibility between obligations, capacities, context, and affected nodes. |
| **R** | Measures repair capacity after breach, harm, misrepresentation, or burden. |
| **Φ** | Tracks institutional leverage, market force, platform power, coercion, dependency, or enforcement force. |
---
## 7.2 Primary U-Layer Pattern
CVC most commonly localizes through:
U1 → U2 → U4 → U6 → U5 → U7
Meaning:
power and leverage
→ contract boundaries
→ validity classification
→ legitimacy and meaning field
→ duration and enforcement timing
→ recurrence / obligation memory
Contract failures often begin in power asymmetry, become encoded as boundaries and terms, are classified as valid or invalid, affect legitimacy, drift through time, and recur through obligation memory.
---
## 8. Inputs
## 8.1 Core Observational Inputs
| Input | Description |
| ------------------------- | ------------------------------------------------------------------------------------- |
| **Contract or agreement** | The binding structure under evaluation. |
| **Parties** | Nodes formally included in the agreement. |
| **Affected nodes** | Nodes affected even if not formal parties. |
| **Obligations** | Duties, restrictions, payments, behaviors, access terms, or commitments. |
| **Rights** | Permissions, entitlements, access, ownership, use, representation, or claims granted. |
| **Scope** | Domain, duration, context, jurisdiction, data, role, or activity covered. |
| **Boundaries** | Limits on use, access, enforcement, consent, representation, and obligation. |
| **Duration** | Time period and renewal conditions. |
| **Authority basis** | Why the contract can bind. |
| **Consent conditions** | How consent was obtained, understood, and preserved. |
| **Exit conditions** | How a node can leave or end the agreement. |
| **Revocation conditions** | How consent-linked permissions can be withdrawn. |
| **Repair conditions** | What happens after breach, harm, error, or misrepresentation. |
| **Power asymmetry** | Difference in leverage, need, dependency, or bargaining position. |
| **Hidden terms** | Buried, implied, bundled, dynamic, or hard-to-understand terms. |
| **Enforcement pathway** | How the contract is enforced and by whom. |
| **Recurrence history** | Repeated disputes, burden patterns, or contract drift. |
---
## 8.2 Diagnostic Inputs
| Diagnostic | What It Measures | Why It Matters |
| ------------------------------ | ------------------------------------------------------------------------------- | --------------------------------------- |
| **Contract Clarity** | Whether terms, scope, and obligations are understandable | Ambiguity weakens validity. |
| **Consent Validity** | Whether consent is informed, bounded, voluntary, and revocable where needed | Core CVC diagnostic. |
| **Boundary Integrity** | Whether scope, parties, data, role, and enforcement boundaries hold | Prevents contract drift. |
| **Power Asymmetry** | Difference in leverage or dependency | May constrain validity. |
| **Auditability** | Whether consent, changes, enforcement, and repair can be traced | Required for legitimacy. |
| **Exit Availability** | Whether parties can leave coherently | Prevents capture. |
| **Revocation Validity** | Whether consent-linked permissions can be withdrawn | Required for living consent. |
| **Repair Capacity** | Whether breach or harm can be repaired | No repair weakens validity. |
| **Burden Symmetry** | Whether obligations and costs are fairly distributed | Detects extraction or capture. |
| **Representation Validity** | Whether parties can validly represent others | Prevents overreach. |
| **Obligation Proportionality** | Whether duties fit benefit, capacity, and context | Prevents coercive imbalance. |
| **Hidden Terms Risk** | Risk that key terms are obscured or dynamic | Detects consent theater. |
| **Affected Node Cost** | Burden on nodes not adequately represented | Expands validity beyond formal parties. |
| **Time Validity** | Whether the contract remains valid as conditions change | Prevents stale consent. |
| **Coercion Risk** | Risk agreement is formed through force, need, monopoly, dependency, or pressure | Core invalidity signal. |
---
## 9. Outputs
CVC produces validity assessments, consent maps, boundary maps, and contract repair decisions.
---
## 9.1 Contract Validity Assessment
Possible outputs:
Contract coherence-valid
Contract valid with constraints
Contract partial
Contract ambiguous
Contract overbroad
Contract coercive
Contract invalid
Contract requires renegotiation
Contract requires time revalidation
---
## 9.2 Consent Assessment
Possible outputs:
Consent valid
Consent partial
Consent bundled
Consent unclear
Consent stale
Consent coerced
Consent non-revocable
Consent theater
Consent invalid
---
## 9.3 Boundary / Exit Assessment
Possible outputs:
Boundaries intact
Boundaries partial
Boundaries overbroad
Boundaries collapsed
Exit valid
Exit partial
Exit costly
Exit blocked
Revocation valid
Revocation blocked
---
## 9.4 Decision Outputs
| Output | Meaning |
| ----------------------------------- | -------------------------------------------------------------------------------- |
| **Contract coherence-valid** | Agreement may bind under current conditions. |
| **Contract valid with constraints** | Contract may proceed only with limited scope or added protections. |
| **Revise contract** | Terms, scope, obligations, or boundaries must be rewritten. |
| **Repair consent** | Consent must be clarified, renewed, unbundled, or made revocable. |
| **Repair boundaries** | Scope, access, role, data, duration, or enforcement boundaries must be restored. |
| **Increase auditability** | Terms, changes, enforcement, or repair are not traceable enough. |
| **Restore exit** | Exit pathway is too costly, hidden, blocked, or coercive. |
| **Restore revocation** | Consent-linked permissions require withdrawal pathway. |
| **Increase repair capacity** | Contract harms cannot be meaningfully repaired. |
| **Reject contract** | Agreement fails validity conditions. |
| **Return ∅** | No coherence-valid contract exists under current structure. |
---
## 10. Operating Logic
## 10.1 Basic Flow
- Identify contract or agreement.
- Identify parties.
- Identify affected nodes beyond parties.
- Map obligations, rights, scope, and duration.
- Map contract boundaries.
- Assess authority basis.
- Assess consent conditions.
- Assess exit and revocation conditions.
- Assess repair conditions.
- Assess power asymmetry.
- Identify hidden terms and dynamic terms.
- Assess auditability.
- Assess burden symmetry and affected-node cost.
- Assess time validity.
- Classify contract validity.
- Revise, repair consent, repair boundaries, restore exit/revocation, increase repair, reject, or return ∅.
- Validate over time.
---
## 10.2 Consent Validity Rule
Consent is coherence-valid only when it is:
- informed
- bounded
- specific enough
- non-coerced
- updateable
- revocable where appropriate
- auditable
- supported by exit or repair
If consent is bundled with essential access, hidden inside opaque terms, or impossible to revoke, CVC marks consent as partial, strained, or invalid.
---
## 10.3 Power Asymmetry Rule
Power asymmetry does not automatically invalidate every contract,
but it raises the validity threshold.
High asymmetry requires stronger:
- clarity
- auditability
- exit
- revocation
- repair
- burden symmetry
- affected-node protection
- time validation
A contract that is valid between equals may fail under dependency, monopoly, crisis, employment pressure, institutional force, platform lock-in, or survival need.
---
## 10.4 Temporal Validity Rule
A contract is not permanently valid merely because it was valid at signing.
If scope, technology, context, power, enforcement, memory, data use, or affected-node burden changes,
then contract validity must be rechecked.
Stale consent is not living validity.
---
## 11. Operators Used
| Operator | Role in CVC |
| --------------------------------------- | -------------------------------------------------------------------------------------------- |
| **Ξ — Classification** | Classifies contract validity, consent status, boundary state, and failure modes. |
| **Δ — Differentiation** | Separates agreement from validity, consent from acceptance, and enforcement from legitimacy. |
| **Μ — Mapping** | Maps parties, affected nodes, obligations, rights, boundaries, exit, revocation, and repair. |
| **Π — Constraint / Scoping** | Limits contract scope, duration, obligations, enforcement, and representation claims. |
| **Λ — Compatibility** | Tests fit between contract, parties, capacities, context, and affected nodes. |
| **⊗ — Coupling** | Evaluates dependency, capture, lock-in, coercive binding, and forced recoupling. |
| **ℛ — Restoration** | Repairs consent, boundaries, exit, revocation, burden symmetry, and harmed outcomes. |
| **Σ — Integration / Coherence Binding** | Integrates terms, consent, boundaries, repair, and legitimacy into valid agreement. |
| **Τ — Time Validation** | Confirms validity persists across changing conditions. |
---
## 12. Gates Required
| Gate | Required Condition | Failure Result |
| -------------------------------- | ------------------------------------------------------------------------ | ---------------------------------- |
| **Consent Validity Gate** | Consent is informed, bounded, non-coerced, and revocable where required. | Repair consent or reject contract. |
| **BΣ validity** | Scope, parties, data, role, duration, and enforcement boundaries hold. | Boundary reconstitution required. |
| **Au-Traceability** | Terms, consent, changes, enforcement, and repair are auditable. | Increase auditability. |
| **Exit Validity Gate** | Exit exists without coercive or impossible cost. | Restore exit or reject contract. |
| **Revocation Gate** | Consent-linked permissions can be withdrawn where coherence requires it. | Restore revocation. |
| **R sufficiency** | Repair exists after breach, harm, misrepresentation, or burden. | Add repair or reject. |
| **Λ compatibility** | Contract fits parties, context, capacity, and affected nodes. | Rescope or renegotiate. |
| **Power Asymmetry Gate** | Asymmetry is acknowledged and compensated by stronger protections. | Add protections or reject. |
| **Representation Validity Gate** | No party represents others beyond valid authority. | Remove or constrain claim. |
| **Burden Symmetry Gate** | Burdens do not fall incoherently on one party or affected nodes. | Rebalance obligations. |
| **Τ validation** | Contract remains valid as conditions change. | Revalidate or renegotiate. |
---
## 13. Failure Modes Detected
| Failure Mode | Detection Signal |
| ------------------------------ | ------------------------------------------------------------------------- |
| **Consent Theater** | Acceptance exists but consent conditions are weak. |
| **Coercive Contracting** | Agreement is shaped by dependency, monopoly, crisis, or force. |
| **Hidden Term Capture** | Buried, dynamic, or unclear terms create later burden. |
| **Exit Lockout** | Leaving is impossible, punitive, or structurally blocked. |
| **Revocation Failure** | Consent-linked permissions cannot be withdrawn. |
| **Boundary Collapse** | Scope, data, role, duration, or enforcement exceeds valid boundary. |
| **Auditability Collapse** | Terms, changes, enforcement, or repair cannot be traced. |
| **Repair Lockout** | Breach or harm cannot be repaired through contract pathway. |
| **Power-Asymmetry Binding** | High-power party binds low-power party through structural leverage. |
| **Burden Asymmetry** | Costs, risk, or obligations fall unfairly on one party or affected nodes. |
| **Representation Overreach** | A party claims authority to bind or represent others invalidly. |
| **Obligation Drift** | Obligations expand beyond original understanding. |
| **Temporal Validity Collapse** | Contract no longer fits changed context. |
| **Contractual Capture** | Agreement creates dependency, lock-in, or exit-cost inflation. |
| **Legitimacy Hollowing** | Contract remains formal but loses coherence legitimacy. |
---
## 14. Restoration Links
| Restoration Arc | When Activated |
| ---------------------------- | ----------------------------------------------------------------------- |
| **Consent Restoration** | Consent is unclear, stale, bundled, coerced, or non-revocable. |
| **Boundary Reconstitution** | Contract scope, data, role, duration, or enforcement boundaries fail. |
| **Auditability Restoration** | Terms, changes, enforcement, or repair cannot be traced. |
| **Exit Restoration** | Exit is blocked, punitive, hidden, or coercive. |
| **Revocation Restoration** | Consent-linked permissions cannot be withdrawn. |
| **Justice-Aligned Repair** | Contract creates burden under power asymmetry. |
| **Burden Rebalancing** | Obligations, risks, or costs are asymmetrical. |
| **Compatibility Recoupling** | Contract must be redesigned around actual fit. |
| **Representation Repair** | Invalid representation claims must be removed or scoped. |
| **Legitimacy Re-Anchoring** | Trust must be restored through clarity, repair, and fair terms. |
| **Recurrence Reduction** | Repeated contract disputes or capture patterns must be interrupted. |
| **Origin-Layer Repair** | Contract failure originates in deeper institutional or platform design. |
---
## 15. U-Layer Localization
| U-Layer | Relevance |
| ----------------------------------- | ------------------------------------------------------------------------------------------------------------- |
| **U0 — Substrate** | Legal documents, code, platform infrastructure, data stores, records, signatures, or enforcement substrate. |
| **U1 — Power / Budgets** | Bargaining power, platform power, institutional leverage, market force, legal force, and dependency. |
| **U2 — Configuration / Boundaries** | Scope, parties, data use, duration, role, consent, exit, revocation, and enforcement boundaries. |
| **U3 — Execution / Runtime** | Contract enforcement, access grants, data use, obligations, payments, restrictions, or penalties. |
| **U4 — Classification / Metrics** | Validity class, consent class, breach class, eligibility, compliance, and enforcement status. |
| **U5 — Coordination / Time** | Duration, renewal, notice, revocation windows, update timing, and time-validity checks. |
| **U6 — Coherence Field** | Trust, legitimacy, mutual understanding, dignity, and perceived fairness. |
| **U7 — Memory / Recurrence** | Contract history, disputes, consent record, prior versions, recurring burden, and obligation drift. |
| **U8 — Environment / Forcing** | Market pressure, crisis, scarcity, monopoly, legal pressure, institutional pressure, or technological change. |
CVC most commonly localizes through:
U1 → U2 → U4 → U6 → U5 → U7
This means contract validity begins under power conditions, becomes boundary structure, is classified as valid or invalid, affects legitimacy, persists through time, and recurs through obligation memory.
---
## 16. Example Use Case
### Scenario
A platform updates its terms of service to allow broad use of user-generated content for AI training and product improvement.
Users must accept the terms to keep using the platform. The terms are long, bundled, difficult to understand, and do not provide a clear opt-out for prior content.
### CVC Evaluation
The construct checks:
* contract clarity
* consent validity
* data-use boundaries
* power asymmetry
* exit availability
* revocation conditions
* hidden terms risk
* affected-node cost
* repair pathway
* time validity
### Likely Findings
Contract validity: partial / strained
Consent: bundled
Data boundary: overbroad
Power asymmetry: high
Exit: costly
Revocation: unclear
Hidden terms risk: high
Repair capacity: insufficient
Temporal validity: requires recheck
### Recommended Output
Do not treat platform access acceptance as full coherence-valid consent.
Unbundle AI-training permission from essential platform access.
Clarify data-use scope.
Provide opt-out and revocation pathway.
Provide prior-content handling rules.
Increase auditability.
Add repair pathway for misuse or misrepresentation.
Revalidate over time.
### Interpretation
The platform may have formal acceptance, but CVC distinguishes acceptance from coherence-valid consent.
---
## 17. Anti-Patterns
Do not use CVC to:
* equate signature with validity
* equate acceptance with consent
* treat terms of service as automatically valid
* ignore power asymmetry
* ignore affected nodes outside formal parties
* bury obligations in hidden terms
* treat exit as valid when exit cost is coercive
* require consent without revocation where revocation is coherent
* allow scope drift through updates
* treat repair as optional
* enforce old terms under changed conditions without revalidation
* treat legal enforceability as coherence legitimacy
* let representation claims bind others without authority
* treat silence as consent
---
## 18. Completion Criteria
A CVC assessment is complete when:
* contract or agreement is identified
* parties are identified
* affected nodes beyond parties are identified
* obligations, rights, scope, and duration are mapped
* boundaries are assessed
* authority basis is evaluated
* consent conditions are checked
* exit conditions are checked
* revocation conditions are checked
* repair conditions are checked
* power asymmetry is assessed
* hidden and dynamic terms are identified
* auditability is assessed
* burden symmetry and affected-node cost are evaluated
* time validity is checked
* contract validity is classified
* revision, consent repair, boundary repair, exit restoration, revocation restoration, repair capacity increase, rejection, or ∅ is returned
* time validation is defined
---
## 19. Machine-Readable Summary
construct_id: "CONSTRUCT-037"
title: "Contract Validity Checker"
abbreviation: "CVC"
type: "construct"
status: "draft-integrated"
construct_class: "Contract / Consent / Obligation Validity Construct"
operating_system: false
primary_module: "Justice · Governance · Legitimacy / Contracts / AI Governance"
related_modules:
- "Restoration"
- "Coherence"
- "AI Identity"
- "Interactions · Signals · Couplings"
- "Security"
- "Economics"
core_question: "Is this contract coherence-valid, or does it bind parties through opacity, asymmetry, coercion, hidden burden, invalid representation, exit lockout, or unavailable repair?"
definition: "The Contract Validity Checker evaluates whether a contract, agreement, consent structure, role binding, platform term, AI identity claim, or institutional obligation is coherence-valid, revocable, auditable, bounded, repairable, and non-coercive."
canon_test: "Au ≥ X_c(t); BΣ intact; Λ > 0; R > 0; µᵢ stable; Φ subordinate to O; exit permitted; revocation available where applicable; Τ validation possible"
core_distinctions:
- "agreement is not validity"
- "a bound node is not necessarily a consenting node"
inputs:
state_variables:
- "O"
- "H"
- "ε"
- "ι"
- "Au"
- "µᵢ"
- "BΣ"
- "K"
- "R"
- "Φ"
diagnostics:
- "Contract Clarity"
- "Consent Validity"
- "Boundary Integrity"
- "Power Asymmetry"
- "Auditability"
- "Exit Availability"
- "Revocation Validity"
- "Repair Capacity"
- "Burden Symmetry"
- "Representation Validity"
- "Obligation Proportionality"
- "Hidden Terms Risk"
- "Affected Node Cost"
- "Time Validity"
- "Coercion Risk"
gates:
- "Consent Validity Gate"
- "BΣ validity"
- "Au-Traceability"
- "Exit Validity Gate"
- "Revocation Gate"
- "R sufficiency"
- "Λ compatibility"
- "Power Asymmetry Gate"
- "Representation Validity Gate"
- "Burden Symmetry Gate"
- "Τ validation"
observations:
- "contract or agreement"
- "parties"
- "affected nodes"
- "obligations"
- "rights"
- "scope"
- "boundaries"
- "duration"
- "authority basis"
- "consent conditions"
- "exit conditions"
- "revocation conditions"
- "repair conditions"
- "power asymmetry"
- "hidden terms"
- "enforcement pathway"
- "recurrence history"
outputs:
assessments:
- "contract validity status"
- "consent status"
- "boundary status"
- "power asymmetry status"
- "auditability status"
- "exit validity"
- "revocation validity"
- "repair sufficiency"
- "burden symmetry"
- "coercion risk"
- "time-validity status"
decisions:
- "contract coherence-valid"
- "contract valid with constraints"
- "revise contract"
- "repair consent"
- "repair boundaries"
- "increase auditability"
- "restore exit"
- "restore revocation"
- "increase repair capacity"
- "reject contract"
- "return ∅"
maps:
- "contract validity map"
- "consent map"
- "obligation map"
- "boundary map"
- "power asymmetry map"
- "exit / revocation map"
- "repair pathway map"
- "hidden terms map"
- "burden symmetry map"
- "time-validity map"
dependencies:
operators:
- "Ξ"
- "Δ"
- "Μ"
- "Π"
- "Λ"
- "⊗"
- "ℛ"
- "Σ"
- "Τ"
failure_modes:
- "Consent Theater"
- "Coercive Contracting"
- "Hidden Term Capture"
- "Exit Lockout"
- "Revocation Failure"
- "Boundary Collapse"
- "Auditability Collapse"
- "Repair Lockout"
- "Power-Asymmetry Binding"
- "Burden Asymmetry"
- "Representation Overreach"
- "Obligation Drift"
- "Temporal Validity Collapse"
- "Contractual Capture"
- "Legitimacy Hollowing"
restoration_arcs:
- "Consent Restoration"
- "Boundary Reconstitution"
- "Auditability Restoration"
- "Exit Restoration"
- "Revocation Restoration"
- "Justice-Aligned Repair"
- "Burden Rebalancing"
- "Compatibility Recoupling"
- "Representation Repair"
- "Legitimacy Re-Anchoring"
- "Recurrence Reduction"
- "Origin-Layer Repair"
u_layers:
primary:
- "U1"
- "U2"
- "U4"
- "U5"
- "U6"
- "U7"
secondary:
- "U0"
- "U3"
- "U8"
null_outcome_allowed: true
agreement_is_not_validity: true
signature_is_not_necessarily_consent: true
stale_consent_is_not_living_validity: true
---
## 20. Citation
**Citation ID:** `construct-contract-validity-checker-v1-0`
Recommended citation:
> Universal Theory Stack. “CONSTRUCT-037 — Contract Validity Checker.” UTS Constructs Registry, Version 1.0.0, 2026.
---
## 21. Summary
The **Contract Validity Checker** evaluates whether an agreement is coherence-valid, not merely formally accepted.
Its core distinctions are:
agreement is not validity
a bound node is not necessarily a consenting node
CVC maps parties, affected nodes, obligations, rights, scope, boundaries, consent, exit, revocation, repair, power asymmetry, hidden terms, burden symmetry, enforcement, and time validity.
Its core logic is:
A contract is coherence-valid only when it is clear, bounded, auditable, compatible, repairable, non-coercive, exit-valid, and time-valid.
When a contract relies on hidden terms, power asymmetry, coercive dependency, stale consent, exit lockout, revocation failure, representation overreach, or unavailable repair, CVC recommends revision, consent restoration, boundary repair, exit restoration, revocation restoration, repair capacity increase, rejection, or:
∅
CVC gives UTS a validity layer for distinguishing real agreement from formalized capture.