DKP-6-RESILIENCE-001

System Resilience Under Adversarial Conditions

1. Purpose

This protocol defines structural constraints required for DKP to remain operational under adversarial conditions, including social, institutional, and systemic pressure.

Resilience is defined as:

continuity of function under pressure without dependency on protected actors

2. System Position

PTL → Measurement → Enforcement → Integration → Resilience → Scaling

3. Core Principle

DKP must remain operational without dependency on:

• any individual actor
• any centralized authority
• any permission layer

4. Threat Model (Non-exhaustive)

4.1 L6 Social Distortion

• narrative substitution
• semantic degradation
• reputational targeting

4.2 L7 Institutional Pressure

• access restriction
• regulatory blocking
• infrastructure denial

4.3 L7 Structural Absorption

• co-option into existing systems
• conversion into advisory layer
• loss of enforcement binding

4.4 Undefined (Flagged)

physical suppression scenarios
(handled via structural invariants only)

5. Invariants

5.1 No Single Point of Failure

No function of DKP may depend on a unique actor, node, or interface

Constraint extension:

System must remain valid only if N_eff ≥ N_eff_min (DKP-0-ORACLE-001)

If violated → system enters invalid state (no enforcement)

5.2 Non-personalization

DKP must not be representable as an individual or leadership structure

5.3 Measurement Supremacy Preservation

All enforcement must remain bound to measurable physical states (PTL)

Forbidden:

• narrative override
• expert override
• institutional override

Interop constraint:

If external systems require human validation,
DKP outputs may be mirrored but not altered (DKP-8-INTEROP-001)

5.4 Non-confrontational Integration (Revised)

DKP must not require explicit displacement of existing systems to operate

Clarification:

DKP operates as a constraint layer,
not as a governance replacement mechanism

5.5 Functional Irreplaceability (Revised)

DKP components must produce measurable dependency through constraint enforcement

Replaces previous ambiguous formulation.

Clarification:

Irreplaceability is emergent, not imposed

Constraint:

If DKP removal causes no measurable change in system constraints,
DKP is not yet integrated (not a resilience condition)

Resolution of paradox:

5.4 prohibits forced displacement

5.5 defines emergent dependency via constraints

No contradiction remains.

5.6 Scope Isolation

Resilience mechanisms must not alter core axioms or enforcement logic

Reference: DKP-7-SCOPE-001

5.7 Interface Integrity (NEW — fixes Bundle Distortion)

All Entry Points must preserve minimum PTL metadata completeness

Requirement:

• no partial state exposure
• no semantic filtering
• no aggregation that hides variance

Reference: DKP-PTL-REG-DATA-001

Violation leads to:

local invalidation of entry point

5.8 Anti-Sybil Consistency (NEW)

Node concentration must not exceed limits defined in DKP-0-ORACLE-001

Implication:

• distributed nodes must remain statistically independent
• artificial scaling does not increase influence

6. Allowed Structural Patterns

6.1 Distributed Entry Points

• multiple independent implementations
• no canonical interface required
• MUST comply with 5.7 (metadata completeness)

6.2 Local-first Deployment

system functional at micro-level before scaling

6.3 Passive Adoption Model

adoption via utility, not mandate

6.4 Constraint-driven Interaction

behavior influenced only via measurable limits

7. Forbidden Structural Patterns

7.1 Central Authority Node

7.2 Identity-bound Trust

7.3 Narrative Dependence

7.4 Enforcement via Interpretation

(unchanged, consistent)

8. Failure Modes

8.1 Personalization Collapse

8.2 Soft Capture

8.3 Metric Corruption

(unchanged)

8.4 Statistical Collapse (NEW)

N_eff < N_eff_min
→ oracle inconsistency
→ enforcement invalid
→ system enters null-output state

Reference: DKP-0-ORACLE-001

8.5 Interface Degradation (NEW)

Entry Points provide incomplete PTL state
→ local distortion
→ cascade to soft capture

9. Resilience Mechanism

DKP resists suppression through:

• absence of target
• absence of override layer
• PTL binding
• distributed enforcement
• statistical validity constraints

10. Boundary Conditions

10.1 Crisis Conditions

Resilience does not override:

• DKP-4-CRISIS-001
• DKP-7-SCOPE-001

Crisis actions:

• no precedent
• no centralization

10.2 Undefined Zone

Physical threat to actors not handled directly
→ mitigated via 5.1 (non-dependence)

11. Validation Criteria

System is resilient if:

• removal of any actor has zero functional impact
• N_eff remains above threshold
• no entry point distorts PTL state
• enforcement remains automatic and measurable
• system continues under access restriction

12. Key Constraint

Resilience must emerge from structure, not protection

13. Final Statement

DKP does not defend itself

It remains:
non-targetable
non-overridable
non-distortable

Что изменено (для аудита)

• ✔ устранён конфликт 5.4 / 5.5
• ✔ введён Interface Integrity (Bundle Distortion закрыт)
• ✔ добавлен N_eff collapse режим
• ✔ добавлена interop-граница
• ✔ добавлен Anti-Sybil constraint