Comprehensive technical overview of SOVR's trust-verified presentment system, smart contract architecture, and settlement infrastructure.
QR-based identity binding with revocation and replay protection
Smart contract enforcement of trust rules and spend limits
Cross-platform settlement via on-chain and traditional rails
SOVR Empire implements a three-layer architecture for trust-verified presentment:
ERC-20 compatible sovereign credit token with built-in payment processing and settlement authorization.
processPayment(address merchant, uint256 amount)
- Execute payment with trust validationauthorizeSettlement(bytes32 invoiceId)
- Authorize cross-rail settlementvalidateTrustRules(address spender, uint256 amount)
- Enforce spending limitsPaymentProcessed(address payer, address merchant, uint256 amount)
SettlementAuthorization(bytes32 invoiceId, uint256 amount)
TrustRuleViolation(address spender, string reason)
Central trust enforcement and asset custody contract managing beneficiary rules, spending limits, and distribution schedules.
Audited by ConsenSys Diligence
Third-party security audit completed Q3 2024
OpenZeppelin Standards
Built on battle-tested security primitives
Formal Verification
Critical paths verified with Certora Prover
Zero-Knowledge Proofs
Private-by-default with auditable proofs
GDPR Compliant
Data minimization and right to erasure
SOC 2 Type II
Infrastructure security certification
npm install @sovr/empire-sdk ethers # or yarn add @sovr/empire-sdk ethers
import { SovrEmpire } from '@sovr/empire-sdk'; const empire = new SovrEmpire({ network: 'polygon', apiKey: process.env.SOVR_API_KEY }); // Process a trust-verified payment const result = await empire.processPayment({ merchant: '0x...', amount: '100.00', currency: 'SOVRCRV1', trustRules: { maxAmount: '1000.00', purpose: 'merchant_payment' } });