What is the difference between bilateral and multilateral netting?

Bilateral netting offsets obligations between two parties: if A owes B 100 and B owes A 80, one payment of 20 settles both. Multilateral netting extends this across three or more parties, so each participant ends up with a single net position against the group rather than separate positions against every counterparty. The more parties and offsetting flows involved, the more settlement volume netting removes.

Does netting eliminate settlement risk?

It reduces exposure and it changes its shape. Netting shrinks the amounts at stake, but a netted system settles on a cycle, and between cycles participants are exposed to a counterparty failing before the net settlement completes. That deferral risk is why netted systems rely on legal enforceability of the net obligation, loss-sharing rules, and collateral, and why the largest-value payments settle gross in real time instead.

Where is netting used in payments today?

Almost everywhere. Deferred net settlement systems clear retail payments in most countries and settle the net result across central bank accounts. CLS nets the funding required for foreign exchange settlement across its members. Card schemes net merchant acquiring flows. Corporate treasuries run multilateral netting programs for intercompany invoices. Netting is the standard answer whenever gross flows are large and mostly offsetting.

Settlement Glossary

Netting

Netting is the offsetting of mutual obligations between parties so that only the difference changes hands, reducing the number and value of payments that must actually settle.

Netting is the oldest liquidity trick in finance: when two parties owe each other money, settle the difference instead of the totals. If a bank owes a counterparty 100 and is owed 80, one payment of 20 discharges both obligations. The gross value at stake was 180; the settlement that actually moves is 20.

The logic scales. Bilateral netting offsets flows between pairs of parties. Multilateral netting offsets them across a whole group, collapsing a web of mutual obligations into one net position per participant. Payment systems, FX settlement, card schemes, securities clearing, and corporate treasury all run on some version of this arithmetic.

Why netting exists

Two reasons: liquidity and exposure. Settling gross means funding every payment in full, which ties up cash and credit lines all day. Settling net means funding only the difference, a fraction of gross value. And smaller settled amounts mean smaller exposures if something fails mid-process. Netting is why the world’s payment volumes, which dwarf the money supply that carries them, can settle at all with the liquidity available.

The price of netting

Netting defers. A netted system accumulates obligations over a cycle and settles the result at fixed times, which is the model described under deferred net settlement. Between cycles, participants carry the risk that a counterparty fails before the net settles, and the system carries the harder question of what happens to everyone else’s positions if one member’s obligations have to be unwound.

That question is old enough to have a canonical answer. The Lamfalussy Report, published by central banks in 1990 after studying interbank netting schemes, set minimum standards that still shape the field: netting needs a sound legal basis so the net obligation survives a counterparty’s insolvency, clear rules for who bears losses, and the ability to complete settlement even if the largest participant fails.

The result is a spectrum. Systems settling the largest individual values run gross in real time, the RTGS model, paying full liquidity cost for zero deferral risk. Systems handling high volumes of smaller payments net them and manage the deferral. CLS settles FX payment versus payment while netting its members’ funding requirements, taking both benefits at once. Every settlement design ends up somewhere on this line, trading liquidity against the length of time anyone has to trust anyone else.

Common questions

What is the difference between bilateral and multilateral netting?: Bilateral netting offsets obligations between two parties: if A owes B 100 and B owes A 80, one payment of 20 settles both. Multilateral netting extends this across three or more parties, so each participant ends up with a single net position against the group rather than separate positions against every counterparty. The more parties and offsetting flows involved, the more settlement volume netting removes.
Does netting eliminate settlement risk?: It reduces exposure and it changes its shape. Netting shrinks the amounts at stake, but a netted system settles on a cycle, and between cycles participants are exposed to a counterparty failing before the net settlement completes. That deferral risk is why netted systems rely on legal enforceability of the net obligation, loss-sharing rules, and collateral, and why the largest-value payments settle gross in real time instead.
Where is netting used in payments today?: Almost everywhere. Deferred net settlement systems clear retail payments in most countries and settle the net result across central bank accounts. CLS nets the funding required for foreign exchange settlement across its members. Card schemes net merchant acquiring flows. Corporate treasuries run multilateral netting programs for intercompany invoices. Netting is the standard answer whenever gross flows are large and mostly offsetting.

Multilateral netting Deferred net settlement (DNS)Real-time gross settlement (RTGS)CLS

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Last reviewed 2026-07-16

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Netting

Why netting exists

The price of netting

Common questions

Related terms

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