Settling EM FX trades is difficult because most EM currencies sit outside CLS and do not benefit from PvP (Payment versus Payment) settlement. Firms often have to pay away funds without certainty that the counterparty will deliver on time, while also dealing with time-zone differences, local banking constraints and weaker payment infrastructure. All of this creates more settlement risk, longer settlement cycles and heavier operational workloads than in G10 FX.

CLS coverage is limited to currencies and jurisdictions that meet specific legal, regulatory and infrastructure standards. Many EM currencies do not yet satisfy those requirements, or the local ecosystem has not prioritised CLS participation. As a result, EM FX flows remain largely outside PvP settlement, forcing market participants to rely on bilateral arrangements, pre-funding and manual processes to manage risk.

The primary risks are settlement risk (the danger that you pay away funds and the counterparty fails to deliver) and credit risk (the risk that a counterparty defaults while holding your money). These are amplified by delays in local payment systems, misallocation of incoming funds and inconsistent cut-off times. In practice, EM FX traders can be exposed for longer and with less transparency than in well-automated G10 markets.

Non-CLS EM FX settlement is typically handled bilaterally between counterparties. Payments are sent via correspondent banks or local payment systems, often on a gross or partially netted basis. Without PvP, one party sends funds and then waits for the counterpayment to arrive, monitoring confirmations and reconciliations manually. This “pay and wait” model is operationally intensive and leaves both sides exposed until the full trade has settled.

PvP is a settlement mechanism that ensures the two legs of an FX trade are exchanged simultaneously, so neither party can lose the full principal amount if the other defaults. It is delivered in practice through infrastructures such as CLS. Many EM currencies are not part of those infrastructures due to legal, regulatory, volume or infrastructure constraints. Without PvP, EM FX settlement remains sequential and riskier, with one party effectively funding the other until the trade fully completes.

EM FX settlement usually follows one of three models:

Gross settlement: each trade settles individually, with full settlement and credit risk between two parties.
Bilateral netting: counterparties net their buys and sells per currency pair and settle a single net amount, reducing payment volumes but not eliminating counterparty risk.
Pre-funding (“safe” settlement): clients pay first and only receive the offsetting leg once funds are received and reconciled, which reduces risk for the liquidity provider but introduces liquidity drag and operational delays for the client.

Banks and liquidity providers insist on pre-funding because they are uncomfortable extending unsecured credit in markets that lack PvP and have higher perceived country and counterparty risk. By requiring clients to pay first, they protect themselves against non-delivery and reduce capital exposure. The trade-off is that clients lose flexibility, tie up cash and often face slower, more manual settlement processes.

Pre-funding forces clients to spread cash across multiple accounts and providers, often in multiple EM jurisdictions. Each pre-funded balance is ring-fenced for a specific relationship or venue, which makes it harder to deploy liquidity where it is most needed. This fragmentation complicates treasury management, increases internal transfer costs and means clients may trade less than they otherwise would simply because moving money is slow and operationally painful. 

A central counterparty (CCP) model places a clearing entity in the middle of every trade, so the CCP becomes the buyer to every seller and the seller to every buyer. In EM FX, a platform like SIKA uses a CCP construct to aggregate orders, perform multilateral netting and concentrate settlement flows. Participants face the CCP rather than a wide network of bilateral counterparties, which simplifies credit risk management and allows funding to be managed on a net, rather than gross, basis.

Stablecoins have the potential to reduce credit risk by allowing funds to be earmarked in a wallet for a specific order on a specific venue. Rather than pre-funding a third party and taking unsecured exposure, a participant can lock a stablecoin balance that only moves if the order is executed or cancelled. This can remove the need to trust an intermediary with free cash balances and can support atomic settlement, where the FX trade and movement of funds happen simultaneously on-chain.

As Web 3.0 infrastructure, stablecoins and new payment rails mature, EM FX settlement is likely to move towards atomic, real-time models with programmable earmarking of funds. CCP-style platforms can combine multilateral netting and credit-risk centralisation with on-chain settlement that only releases funds when trades complete. In this future state, EM FX participants could enjoy better liquidity, lower settlement risk and far less reliance on slow, manual pre-funding relationships.