ENGINEERING PORTAL

OPTKAS Technical
Whitepaper

Architecture, cryptography, and integration specifications for the sovereign capital rails built on XRPL and Stellar. Designed for systems engineers, quantitative analysts, and network integrators.

Core Infrastructure Philosophy

OPTKAS is not a broker-dealer. We provide pure technological and legal rails. Our infrastructure utilizes decentralized networks strictly as transparent, immutable execution layers for logic generated off-chain in secured proprietary enclaves.

By leveraging the XRP Ledger (XRPL) for high-throughput institutional settlement and the Stellar Network for regulated smart-contract distribution, OPTKAS establishes a multi-rail topology that prevents single-ledger dependency.

State Machine & Tokenization Lifecycle

We employ a closed-loop state machine architecture synchronized with Zoniqx's Tokenized Asset Lifecycle Management (TALM) system. This approach guarantees that physical world assets (RWA) and their corresponding on-chain representations maintain 1:1 parity via continuous multi-signature oracle attestations.

// Zoniqx Integration Sync
async function syncRWAState(assetId) {
  // 1. Fetch off-chain NAV from oracle
  const nav = await Oracle.getNAV(assetId);

  // 2. Push state to Zoniqx TALM engine
  const zoniqxRes = await Zoniqx.updateLifecycle(assetId, nav);

  // 3. Emit immutable hash to XRPL
  await XRPL.submitAttestation(zoniqxRes.txHash);
}

Network Layer Integrations

XRPL Settlement Node

Utilizes DefaultRipple, DestTag enforcement, and Escrow time-locks. Ideal for high-speed, low-cost capital circulation among whitelisted counterparties.

Stellar Asset Anchoring

Utilizes SEP-24 and SEP-31 standards for institutional fiat bridging, enforcing Authorized, Revocable, and Clawback flags natively at the L1 protocol level.

Security & Key Management

Private keys are never exposed to standard memory heaps. OPTKAS employs a Threshold Signature Scheme (TSS) utilizing Multi-Party Computation (MPC) distributed across hardware security modules (HSMs). Operations require a m-of-n quorum from distributed automated validators responding directly to smart contract triggers.

Compliance & Issuance Library

1. SEC Rule 506(c) Requirements

Guidelines for general solicitation in digital asset offerings. Outlines requirements for verifying accredited investor status prior to issuing Trustline authorizations over the XRPL and Stellar network.

  • Status Verification: AI verification algorithms process W-2s, tax returns, or verify existing whitelists via ZK-proofs.
  • Trustline Injection: Only after automated verification passes is a wallet authorized utilizing standard SetTrust transactions.
  • Marketing Data: Immutable ledger entries must correlate exactly with prospectus parameters generated off-chain.

2. Bermuda VAST Act Integration

Documentation for handling asset classes governed under Bermuda's Virtual Asset Business Act. Details IPFS evidence anchoring, Custody Node requirements, and off-shore entity structures.

  • Class F & M Licensure: Mappings to corresponding token authority nodes.
  • IPFS Pinning: All attestation documents must exist on redundant, distributed nodes utilizing content-addressable hashes.

3. UCC Pre-Filing & Anchoring

Step-by-step process for filing UCC-1 financing statements in Delaware prior to token emission. Explains how SHA-256 hashes of physical filings are inscribed as Memo data onto the mainnet.

{
  "TransactionType": "Payment",
  "Account": "rOPTKAS...gateway",
  "Destination": "rAsset...spv",
  "Memos": [
    {
      "Memo": {
        "MemoType": "5543432d312052656365697074", // Hex for "UCC-1 Receipt"
        "MemoData": "a3b9...c7f2" // SHA-256 Hash of Delaware filing
      }
    }
  ]
}
OPTKAS ENGINEERINGSTRICTLY CONFIDENTIAL