Coming soon. The clearing layer is in design. The lanes below describe where it applies - some ship with the primitive, some are designed, some are future work; each is labeled.
One Graph, Many Kinds of Debt
The clearing engine is deliberately domain-blind: it nets obligations - who pays whom, how much, by when - without caring what created them. A trade, an invoice, a redemption, a corridor flow: once a debt is signed onto the graph, it clears the same way. That is what lets one clearing layer serve very different books, and it is what makes the network compound: every lane feeds the same graph, so each new kind of flow raises everyone’s netting ratio.The Lanes
Stablecoin Flows
Ships with the primitive. Cross-chain stablecoin obligations are the first lane - the flows the network settles today, cleared with compliance built in: sanctions and jurisdiction gates at every run entry, per-issuer risk awareness, and regulated-record capture a supervisor can independently verify.
Tokenized Assets
Designed. Delivery-versus-payment pairs - the asset leg and the cash leg - net together with atomicity preserved: both legs settle in one unit or neither does. Tokenized treasuries, money-market funds, and repo flows settle gross today; a shared netting layer is the missing compression under them.
Payment Networks
Designed. Retail-scale micro-flows aggregate into netting-eligible institutional obligations, clear against the network, then split back out per provider with full reconciliation - so corridor flows benefit from institutional-grade netting without every provider integrating settlement infrastructure. See payment networks.
Trade Finance
Future. Dated obligations - 30, 60, 90 days out - clear together by settlement date, and each debt can anchor the hash of its originating document, so the same invoice can never back two live obligations.
Energy & Circular Debt
Future. A owes B, B owes C, C owes A is endemic in energy markets - and a closed loop of debt is exactly what the engine extinguishes with zero money moved. Circular-debt resolution is set-off in its purest form.
Risk Intelligence
Designed. A by-product only this layer can produce: counterparty scores, concentration and stress views, and intraday liquidity figures computed where the graph lives - each participant reads its own, and nobody reads anyone else’s.
Why the Lanes Compound
Netting finds value in opposing flow, and opposing flow lives across books, not inside them. A market maker’s corridor rebalancing, an issuer’s mints against redemptions, a payment network’s north-south flows, a desk’s T+1 obligations - each alone nets modestly; on one shared graph, each becomes the counterflow that clears the others. The ratio is a network property: more members, more lanes, more offsets, and the engine finds them all in one solve. That compounding is upside, not a precondition. A book nets against itself the day it joins, on the settlement rails it already runs - the shared graph only makes the residual smaller. Who adopts it, and on what.Keep Going
How It Works
The clearing run step by step, funding, and where the residual goes.
Privacy & Control
Who sees what, who you end up facing, and the lines the protocol never crosses.