Design Phase

StableNet

Digital currency netting for stablecoins and CBDCs. Inter-issuer normalisation, peg-deviation circuit breaking, reserve-constrained corridor netting, and monetary policy-aware settlement execution.

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Netting across digital currencies

Stablecoins and CBDCs are proliferating — USDC, USDT, EURC, digital yuan, digital euro — but each settles independently with no cross-issuer netting. StableNet normalises heterogeneous digital currencies into a unified netting pool, compressing inter-issuer obligations while respecting each currency's unique constraints: reserve requirements, holding limits, expiry rules, and monetary policy parameters.

What StableNet will deliver

01

Inter-issuer normalisation

Cross-stablecoin normalisation with oracle-verified peg-deviation circuit breaking. USDC, USDT, EURC, and other stablecoins are normalised into equivalent units for netting, with automatic circuit breakers if peg deviation exceeds thresholds.

02

CBDC reserve-constrained netting

Corridor netting that respects central bank reserve requirements. Net settlement positions are validated against reserve constraints before settlement instructions are dispatched to the issuing central bank.

03

Monetary policy-aware settlement

Settlement execution that enforces holding limits, expiry rules, and remuneration parameters defined by the issuing central bank. Netting windows adapt to sovereign monetary policy constraints.

04

Mint-redeem optimisation

Settlement via issuer API instruction — mint/redeem operations are optimised to minimise the number of on-chain transactions. Net positions are settled through direct issuer API calls where available.

05

Sovereign privacy tiering

Gross-reporting net-settlement separation (GRNS). Central banks see gross obligation flows for supervisory purposes while participants settle only net positions. Privacy tiers configurable per sovereign jurisdiction.

06

Multi-CBDC adapter

Platform-agnostic adapter for both account-based and token-based CBDC architectures. A single corridor can net obligations denominated in CBDCs from different platforms without requiring bilateral integration.

Market Context
130+

Countries exploring or piloting CBDCs. Stablecoin settlement volume exceeds $6 trillion per year. No multilateral netting infrastructure exists for either — every transaction settles gross.

Where StableNet applies

Stablecoin settlement

Cross-issuer netting of stablecoin obligations between exchanges, OTC desks, payment processors, and institutional treasury operations.

  • Cross-issuer USDC/USDT/EURC netting
  • Peg-deviation circuit breakers
  • Compliance-gated issuer selection
  • Travel Rule Merkle provenance

CBDC interoperability

Multi-CBDC corridor netting for central banks participating in cross-border CBDC pilots. Reserve-aware settlement with sovereign privacy controls.

  • Account-based and token-based support
  • Reserve-constrained corridor netting
  • Holding limit and expiry enforcement
  • Sovereign privacy tiering (GRNS)

Oracle-determined FX rates

All Settlement Computer products use FX rate feeds from AFXO — an institutional-grade FX oracle delivering deterministic rate feeds across global currency pairs. StableNet uses AFXO for cross-stablecoin peg verification and cross-currency CBDC rate determination.

Patent protected

PROV-007
64/044,887
Digital Currency Netting — 44 claims, 17 invention families
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