CHLOM Metaprotocol — Compliance Enforcement Layer (TLAAS/DLA) Deep Technical Architecture

This document defines the CHLOM Compliance Enforcement Layer, covering the TLAAS (DLA) architecture, operational workflows, compliance logic, and integration patterns. As a patent-pending system under CrownThrive, LLC, any usage, reproduction, or integration requires licensing through crownthrive.com.

1. Purpose & Scope

The Compliance Enforcement Layer ensures that all licensing actions processed through the TLaaS (LEX) execution engine adhere to regulatory, contractual, and jurisdictional requirements. It enforces governance-approved policy rules, validates identity bindings, and coordinates enforcement across Web2, Web3, and multi-chain environments.

Core objectives:

• Validate DID + biometric fingerprint assignments before execution.
• Enforce license-specific rulesets.
• Integrate zero-knowledge proof verification.
• Execute multi-jurisdiction compliance routing.
• Anchor compliance proofs on-chain for audit.

2. Core Components

1. Compliance Orchestrator: Central logic hub routing validation workflows.
2. DID & Biometric Validator: Confirms DID authenticity and assigned fingerprint.
3. ZK Compliance Engine: Verifies proofs without revealing sensitive data.
4. Jurisdiction Mapper: Applies geo-specific execution and restriction rules.
5. Enforcement Hooks: Embedded logic in TLaaS to block or allow execution.
6. Audit Anchor: Writes tamper-proof compliance results to blockchain + IPFS.

3. Data Flow

1. TLaaS sends proposed license action to TLAAS.
2. Compliance Orchestrator retrieves DID and fingerprint data.
3. ZK engine validates proof of eligibility.
4. Jurisdiction Mapper applies location-specific constraints.
5. Enforcement Hook returns pass/fail to TLaaS.
6. On success, TLaaS executes; on failure, action is blocked and logged.

4. Solidity Enforcement Hook

// SPDX-License-Identifier: BUSL-1.1
pragma solidity ^0.8.24;

interface IComplianceOracle {
    function validateAction(bytes32 proposalId, address subject) external view returns (bool);
}

contract TLAASComplianceHook {
    IComplianceOracle public oracle;

    constructor(address oracleAddress) {
        oracle = IComplianceOracle(oracleAddress);
    }

    function enforce(bytes32 proposalId, address subject) external view returns (bool) {
        require(oracle.validateAction(proposalId, subject), "COMPLIANCE_FAIL");
        return true;
    }
}

5. Off-Chain Validator Implementation

from zkproofs import verify_proof
from didlib import resolve_did, verify_fingerprint

def validate_action(proposal_id, subject_did, fingerprint_hash, proof):
    if not resolve_did(subject_did):
        return False
    if not verify_fingerprint(subject_did, fingerprint_hash):
        return False
    if not verify_proof(proof):
        return False
    return True

6. Compliance & Security Policies

• Biometric-anchored identity enforcement for all critical licensing actions.
• Multi-chain interoperability with compliance proofs portable across blockchains.
• Zero-knowledge selective disclosure for sensitive license metadata.
• Immutable audit anchoring for legal admissibility.

7. Patent & Licensing Protections

The CHLOM Compliance Enforcement Layer’s architecture—including DID-biometric validation, jurisdictional routing, and ZK-enabled enforcement—is patent-pending. Integration without an active license agreement from CrownThrive, LLC is prohibited.

Next: CHLOM Multi-Chain Bridge & Interoperability Layer — Architecture & Implementation.