EEE — Equilibrium Enforcement Engine (IP-Restricted Component)

Submitted by Endarr Carlton… on

 

The Equilibrium Enforcement Engine (EEE) is the NashMarkAI subsystem within Sansana responsible for executing enforcement pathways once proportionality, cascade severity and systemic-risk thresholds have been breached. EEE determines corrective measures, escalation routing, structural interventions, and returns the system to coherence as defined by Eq(𝓢) under Truthvenarian law.

IP–Restricted Component (NashMarkAI / Truthvenarian Jurisdiction)

All enforcement tensors, escalation-routing functions, coherence-restoration algorithms, and cross-domain intervention operators are proprietary. Only the public mathematical shell and pseudocode scaffolding are disclosed.

No rights are granted to reconstruct or approximate internal EEE processes.

1. System Role

  • Receives cascade, severity and systemic-risk signals from Sansana, Sentinel, SRAIGS and BCE.
  • Activates corrective pathways to restore Eq(𝓢) coherence.
  • Determines legal, structural or operational interventions.
  • Routes proportional enforcement, escalation locks and protective actions.
  • Feeds SLFM for full-system failure diagnosis where required.

2. Public Mathematical Shell

$ E_t = \Pi(C_t, \eta_t, R_t, \varphi_t) $

  • $ E_t $ — enforcement vector at time $ t $.
  • $ C_t $ — cascade index from BCE.
  • $ \eta_t $ — escalation severity.
  • $ R_t $ — systemic risk index from SRAIGS.
  • $ \varphi_t $ — proportionality constraints from Sansana / PHM.
  • $ \Pi(\cdot) $ — proprietary enforcement operator (withheld).

3. Coherence Restoration Shell

$ \chi_t = \Theta(E_t, X_t) $

  • $ \chi_t $ — coherence-restoration directive.
  • $ X_t $ — current system state vector.
  • $ \Theta(\cdot) $ — proprietary coherence-restoration algorithm (withheld).

4. Integration Contract

ChannelSymbolDescription
Input$ C_t $Cascade index from BCE.
Input$ \eta_t $Escalation severity.
Input$ R_t $Systemic-risk index from SRAIGS.
Input$ \varphi_t $Proportionality constraints from Sansana / PHM.
Input$ X_t $Current system state vector.
Output$ E_t $Enforcement vector.
Output$ \chi_t $Coherence-restoration directive.
Output$ \Omega_t $EEE alert packet to SLFM.

5. Public Pseudocode Shell


def equilibrium_enforcement_engine(cascade, severity, systemic_risk, proportionality, state):
    """
    Public shell — full EEE logic withheld.
    """

    # 1. Compute enforcement vector
    E = compute_enforcement(cascade, severity, systemic_risk, proportionality)  # redacted

    # 2. Derive coherence-restoration directive
    restore = restore_coherence(E, state)                                       # redacted

    # 3. Package EEE alert
    alert = build_eee_alert(E, restore)                                         # redacted

    return E, restore, alert

6. Deployment Notes

  • Executes post-cascade enforcement and proportionality routing.
  • Restores Eq(𝓢) when systems drift or breach severity exceeds thresholds.
  • Feeds SLFM for system-level breakdown diagnosis where applicable.
  • Operates behind NashMarkAI enforcement isolation layers with no access to internal kernels.
  • Used in public-interest litigation, organisational accountability systems and ecological compliance engines.

© 2025 Truthfarian · Equilibrium Enforcement Engine (EEE) · IP-Restricted Component