In this article
There is a category of international deal that keeps settlement professionals awake longer than almost any other: a transaction in which both the buyer and the seller operate in weak or volatile local currencies, neither of which is the US dollar, and yet the deal must close, the commissions must distribute, and every party must walk away whole.
This situation is more common than it sounds. A manufacturer in Nigeria agrees to supply a retailer in Argentina. A developer in Turkey sells a commercial property to a buyer in Egypt. A South African logistics firm contracts with a Vietnamese freight company. In each case, two non-dollar, non-euro currencies must somehow bridge to each other — and the road between them is littered with value loss.
The purpose of this article is to map exactly where that value disappears and to show the settlement mechanics that professional closing agents, brokers, escrow officers, and OTC desks can use to keep more of the deal's value intact for every party at the table.
Worked example detailed below: a $500,000 commercial deal from Turkey to Nigeria, split between five parties.
The core problem: double conversion and compounding spreads
When money moves between two illiquid local currencies, it almost never travels in a straight line. The traditional correspondent banking network relies on a serialized messaging system, and when an importer initiates a transfer to an overseas supplier, the funds often traverse multiple intermediary institutions before reaching the beneficiary. In the case of two weak local currencies, the path is even longer, because neither currency is a natural hub. The payment typically converts from Currency A to USD (or EUR), then from USD to Currency B — sometimes touching a third or fourth intermediary along the way.
Each step adds time, a potential compliance hold, and a reconciliation point. For a single payment, that chain can involve two to four intermediary banks, each operating on its own cut-off schedule, in its own time zone, under its own AML screening rules. Every one of those banks takes something.
The additional cost drivers include correspondent banking cuts — each intermediary typically takes a fee — multiple FX touchpoints, delayed settlement leading to cash-flow loss, and currency conversion at unfavourable times.
The spread problem compounds fast. What each channel charges:
| Channel | Typical charge |
|---|---|
| Traditional banks | 3–5% spread |
| Money transfer services | 1–3% spread |
| Fintech platforms | 0.5–1.5% spread |
| Stablecoin rails | 0.5–2% on-ramp/off-ramp fees |
When a deal runs through two full conversion cycles — local currency in to USD, then USD out to the second local currency — you are stacking those percentages. On a $200,000 deal (AUD 308,000), a conservative 3% per conversion leg already destroys $12,000 (AUD 18,480) in value before a single party sees their share.
What makes the situation worse for professionals managing multi-party deals is that the loss is not distributed equally. Each layer in the correspondent chain represents a separate company with its own compliance protocols, operating hours, and fee structures. As a transaction moves through these layers, processing delays can accumulate and uncoordinated fees may be deducted along the way, making it difficult to predict exactly when funds will arrive and what the final received amount will be. The agent in Country A and the closing attorney in Country B are both trying to reconcile against the same deal amount — but they each receive a different figure, on a different day, with a different implied exchange rate. The result is confusion, disputes, and sometimes renegotiation.
Why timing is the hidden variable that kills deals
The spread is the cost you can sometimes see in advance. The timing risk is the one that blindsides you mid-transaction.
Exchange rates change constantly. Delays between payment initiation and settlement can alter final amounts received. In a deal between two volatile-currency jurisdictions, even a two-day processing delay can move the effective exchange rate enough to affect the economics of the deal materially.
Commodity and commercial payments are tied to shipment schedules, margin deadlines, and counterparty obligations that have fixed timing. A payment delay that is merely inconvenient for a standard B2B firm can cause a trader to miss a cargo window, breach a contract, or absorb an FX loss. The commercial stakes of settlement uncertainty are structurally higher.
Consider a concrete scenario. A Turkish construction firm is paying a Vietnamese steel supplier for a shipment to arrive at port on a fixed date. The deal is denominated in USD for clarity, but the Turkish buyer's bank account is in Turkish lira and the Vietnamese supplier's preferred account is in Vietnamese dong. The buyer's local bank converts lira to USD and initiates a SWIFT wire. The wire touches a correspondent bank in Frankfurt, another in New York, and a regional bank in Singapore before it reaches Ho Chi Minh City. Each bank in the chain has its own daily cut-off for processing. A payment initiated at 3pm in one time zone may miss the correspondent's cut-off in another city, adding 24 hours before the instruction even moves. The result is a system where a cross-border payment that should settle in hours can instead take the better part of a working week, creating uncertainty for both the payer and the payee.
By the time the dong arrives in the supplier's account, the lira has moved, the dong has moved, and neither the buyer's attorney nor the supplier's broker can tell which exchange rate formed the basis of the actual transfer. The deal amount on paper no longer matches the amount received. Somebody absorbs the difference — usually in a frustrating back-and-forth that the closing team has to manage.
The multi-party distribution problem: where it gets structurally dangerous
An individual-to-individual wire is messy. A multi-party deal — where the same incoming payment must fan out simultaneously to a seller, a buyer's agent, a listing broker, a title company, and sometimes a referral partner in a third country — is structurally dangerous under the traditional rails.
After a transaction closes, the total commission is divided between the listing and buyer brokerages, and each brokerage then shares its portion with the agent who worked the deal. In a domestic deal, this distribution happens through familiar wires and ACH instructions. In a cross-border deal between two weak-currency countries, each outbound wire from the settlement account to a recipient in a different jurisdiction becomes its own FX event — its own spread, its own delay, its own uncertainty.
Imagine a commercial property deal closing between a Nigerian seller and an Egyptian buyer, with a South African listing broker, a Cairo-based buyer's agent, and a Lagos-based title company. The Egyptian buyer sends funds that must be distributed to four different parties across three African jurisdictions. Under traditional rails:
- The settlement account receives funds in USD (converted from Egyptian pounds at one rate).
- The Lagos title company gets paid in naira — another conversion.
- The South African broker gets paid in rand — another conversion.
- The Cairo buyer's agent gets paid in Egyptian pounds — a round-trip conversion back to the originating currency.
Each leg is a separate wire instruction, a separate correspondent chain, a separate FX event. By the time all four legs close, the total value distributed is substantially less than the amount the buyer actually sent. A business expects to receive $10,000 from an overseas client; after conversion and intermediary fees, only $9,700 arrives — without any clear breakdown of where the $300 difference came from. Over time, these small losses can significantly reduce margins, especially for high-volume businesses. In a four-leg deal the arithmetic stacks four times.
Foreign exchange costs remain one of the biggest pain points in international transactions. Traditional banks often embed large markups in the exchange rate while layering on transaction fees, making it hard for businesses to predict or control costs. The lack of transparency in FX pricing also leads to mistrust and budgeting issues, particularly for companies dealing with high volumes or volatile currencies.
The closing professional's nightmare in this situation is not that the deal fails — it is that the deal closes, but every party disputes the amount they received, and reconciliation takes weeks.
The stablecoin bridge: how USD-pegged value travels without conversion loss at the routing layer
The practical answer that has emerged from B2B practice over the last two years is the use of stablecoins as the transit layer: the value travels as dollar-pegged tokens across the onchain network, and each party converts at their own end — once, directly, with full visibility over the rate they receive.
B2B stablecoin payments are commercial transactions between businesses settled in dollar-pegged tokens, typically USDC or USDT, on public blockchains rather than through bank wires, ACH, or SWIFT. The buyer's bank or wallet sends the token; the supplier receives the same token or a converted local-fiat amount, usually within minutes.
The key structural advantage this creates is the elimination of intermediary conversion hops. Instead of value converting from Currency A → USD at Bank 1, then USD re-converting at Bank 2's rate, then re-converting again at the receiving bank's rate in Currency B, the stablecoin layer keeps the entire transit in USD denomination. A SWIFT MT103 wire still works the way it did in 1977: an instruction passes through a sender bank, one or more correspondent banks, and a beneficiary bank. Each hop carries fees and a settlement window. A stablecoin transfer replaces those intermediaries with a single onchain transaction and one or two off-ramp steps.
Settlement compresses from days to seconds, fees fall to single-digit cents on most chains, and the dollar balance becomes programmable — meaning a payment can carry conditions and chain into longer treasury workflows.
In 2025, B2B stablecoin payments grew 733%, driving the majority of an estimated $390 billion in annualized stablecoin payment volume. Supplier settlements, marketplace payouts, and treasury transfers that once took days now clear in minutes.
This growth is not speculative enthusiasm. It reflects a structural fit between the problem — value loss across multi-hop international rails — and the solution: a single-denomination transit layer with onchain finality.
What finality means for a closing professional
Professionals who manage closings understand the difference between a payment being initiated and a payment being final. Traditional wires create a limbo period: the sender's account is debited, but the recipient's account may not be credited for one to three business days, and during that window the payment can be delayed, recalled, or flagged.
Onchain payments do not work that way. Once a transaction achieves confirmation on-chain, the value has moved. It cannot be reversed by the sending bank, recalled by an intermediary, or intercepted by a correspondent's compliance queue. The settlement is final from the moment of confirmation.
For a closing attorney managing the disbursement of a multi-party cross-border deal, this is not a technical footnote — it is a material change in workflow. The moment the onchain disbursement confirms, every party's share has arrived simultaneously. There is no T+2 window, no "awaiting credit" email, no morning call to the correspondent bank asking where the funds are. The settlement has happened, and the blockchain provides a permanent, public record of every outbound allocation.
Stablecoins settle in seconds, 24/7/365. Value moves directly between parties on a public blockchain, with no batch windows or business-day constraints. This means a deal that closes on a Friday afternoon — or during a public holiday in one of the two currency jurisdictions — does not stall. The settlement happens when the deal closes, not when the banks reopen.
The routing layer: how one payment becomes many simultaneous disbursements
The stablecoin solves the transit layer. The routing layer solves the distribution problem.
In a multi-party deal, the question is not just "how does value get from Country A to Country B?" — it is "how does a single incoming payment split simultaneously into the correct share for every party, across multiple jurisdictions, without sequential processing delays stacking between each leg?"
This is exactly the problem that shaka.deal is built to solve. Shaka.deal is a non-custodial onchain payment router on Ethereum. When a deal amount comes in, it routes the total across preset share allocations to every party in one transaction — simultaneously, with finality. It never holds the funds: the routing and disbursement are the same event.
In the context of a weak-currency-to-weak-currency deal, the practical flow looks like this:
- Deal denominated in USD stablecoinThe buyer converts local currency to USDC or another USD-pegged stablecoin at their chosen on-ramp, at a transparent, market-visible rate. This is one conversion event, chosen and controlled by the buyer.
- Preset share allocations locked before funds moveThe closing professional or settlement agent configures the deal on shaka.deal: seller receives 88%, listing broker receives 4%, buyer's agent receives 4%, title company receives 4%. Shares are fixed and visible to all parties before the payment is initiated.
- Single incoming payment triggers simultaneous distributionWhen the buyer's payment arrives onchain, Shaka routes it instantly to every party according to the preset shares — in the same transaction, at the same moment.
- Each party off-ramps locallyThe seller in Nigeria, the broker in South Africa, the agent in Egypt, and the title company in Lagos each convert their USDC to their local currency at their own chosen off-ramp, at the rate available to them in their market. They each make one conversion decision, with visibility over what rate they are accepting.
This structure eliminates the sequential conversion stacking. Value does not travel from naira to USD to rand to USD to Egyptian pounds, accumulating spread at every turn. It travels as USDC from the buyer to the router, and then each recipient converts once, at their end, with control.
The specific mechanics of currency risk management
Even with the stablecoin transit layer in place, there are two residual risks professionals need to understand and plan for: on-ramp timing risk and off-ramp spread risk.
On-ramp timing risk is the risk that the local currency depreciates between the deal date and the day the buyer actually converts and sends the stablecoin. If a Turkish buyer signs a deal today but the lira weakens 4% before they fund the stablecoin wallet, they must send more lira to fund the same USD-denominated deal.
Off-ramp spread risk is the risk that a recipient's local stablecoin-to-fiat infrastructure is thin, meaning the spread between USDC and local currency at the off-ramp point is wide. The "last mile" conversion from stablecoins to local fiat currency still involves on-ramp and off-ramp providers, each of which charges its own spread. In corridors with limited stablecoin liquidity or underdeveloped off-ramp infrastructure, these costs can approach or exceed traditional bank pricing.
This is a genuine constraint that closing professionals need to be honest with their parties about. In highly liquid corridors — major African metros, Southeast Asian cities with strong exchange infrastructure — the off-ramp spread is typically well under 1%. In thinner corridors, it can be wider. The professional's job is to help parties understand and compare the all-in cost of the onchain route versus the all-in cost of the correspondent banking route, inclusive of both conversion legs and all transit fees.
In most two-weak-currency corridors that have been studied, the stablecoin route still wins on total cost — because it eliminates two or three intermediate conversion events and replaces them with two transparent single-conversion events. The savings are greatest for large-value transfers and corridors with mature digital asset ecosystems.
Building the deal structure: a checklist for settlement professionals
When a closing professional is structuring a cross-border deal between two weak-currency jurisdictions, these are the questions that determine whether the parties retain value or leak it:
1. What is the deal denomination currency? Denominating in USD stablecoin gives both parties a neutral reference point. Denominating in either party's local currency shifts FX risk asymmetrically — the party that holds the risk should be compensated for it in the deal economics.
2. How many conversion events does the proposed settlement route involve? Count every time the money changes denomination. If the answer is more than two — one at the sender's end, one at the receiver's end — ask whether an intermediate transit layer like stablecoin routing can eliminate the middle hops.
3. How many parties must receive their share, and in how many currencies? Team transactions add layers to the split calculation. The commission is typically divided between the team leader, the agent who worked the deal, and the brokerage, each according to their respective agreements. In an international deal, each recipient in a different currency jurisdiction is a potential additional conversion event under traditional rails. With onchain routing, the number of recipient parties does not increase the number of conversion events — it increases only the number of wallets receiving simultaneously.
4. What is the settlement window, and what FX exposure does each day of delay create? Many international transactions still take a few business days to settle, especially when multiple banks and currencies are involved. For each day the funds are in transit in a volatile currency corridor, model the worst-case FX movement and determine whether the deal economics can absorb it.
5. Are all parties able to receive and off-ramp stablecoin in their jurisdiction? This is a practical due-diligence question, not a philosophical one. The off-ramp infrastructure in most major emerging markets is functional and improving. Closing professionals who work regularly in specific corridors will develop relationships with reliable local on/off-ramp providers in the same way they maintain banking relationships.
6. Are deal shares agreed and locked before funds move? Because variables are not disclosed upfront and can change without notice, the total cost and arrival time of a payment are difficult to predict with precision before it is sent. The solution is to separate the agreement of shares — which should happen at or before signing — from the movement of funds. Using a routing tool like shaka.deal, the share configuration is fixed onchain before the buyer initiates payment. Every party can verify their allocation before a single unit of value moves.
A worked example: a commercial deal from Turkey to Nigeria
To make the mechanics concrete, consider the following scenario:
A Turkish construction materials company sells a shipment to a Nigerian buyer. The agreed deal value is $500,000 (AUD 770,000). The distribution is: seller 90%, Turkish logistics agent 3%, Nigerian clearing broker 4%, legal counsel on both sides 3% combined.
Under traditional correspondent banking:
- Nigerian buyer converts naira to USD at their bank. Bank markup: 3%. Value lost: $15,000 (AUD 23,100).
- USD wire moves through a correspondent chain: Lagos → Frankfurt → New York → Istanbul. Transit time: 3–5 business days.
- During transit, the Turkish lira strengthens 1.8%. The deal's lira-equivalent is now $9,000 (AUD 13,860) lower than anticipated.
- Each of the five disbursements from the settlement account is a separate wire. Each attracts its own fee and, for international recipients, its own FX conversion.
Under stablecoin routing with shaka.deal:
- Nigerian buyer converts naira to USDC at their preferred on-ramp. One conversion event, at a transparent market rate. Estimated cost: 0.8–1.2%.
- Buyer sends USDC to the deal address on shaka.deal. The router instantly distributes the total across all five parties simultaneously, in one transaction, according to the pre-agreed share structure.
- Each party receives their USDC share within the same block. They each off-ramp to their local currency independently, at their own chosen rate and time.
- Total conversion events for the deal: six (one on-ramp, five off-ramps). Each is a single, transparent, controlled conversion rather than a hidden spread embedded in a multi-hop chain.
The estimated totals of the two routes, on the same deal:
Correspondent banking: estimated total value lost before any party receives their share, AUD 41,580–53,900. Stablecoin routing: 0.8–1.2% on-ramp plus 0.8–1.5% off-ramp, each off-ramp applying only to that recipient's share, so approximately 1.6–2.7% of the deal value, AUD 12,320–20,790.
Critically, on the stablecoin route each party controls their own conversion event, knows the cost in advance, and can choose the timing and provider.
More importantly: the parties who are paid promptly can choose to hold USDC rather than immediately off-ramping if their local currency is in a period of weakness. The logistics agent and the broker have optionality that they never had under the correspondent banking model, where the conversion simply happened to them, at the bank's rate, on the bank's schedule.
The professional's role in the onchain deal structure
None of what has been described removes the closing attorney, the settlement agent, the escrow officer, or the broker from the picture. If anything, it requires more upfront structuring work — the kind of thoughtful deal architecture that professionals are uniquely qualified to provide.
The conversion to onchain settlement changes the nature of the professional's work in two ways. First, it front-loads the critical decisions: share allocation, deal denomination, wallet verification, and off-ramp planning all happen before funds move rather than being resolved after the fact through reconciliation. Second, it eliminates the reconciliation work that currently consumes significant professional time — the calls to correspondent banks, the chase for missing wire confirmations, the disputes over shortfalls.
In a recent survey, 91% of B2B decision-makers said that easy, streamlined, and secure payments help drive business growth, while 26% said they have stopped working with a buyer or supplier because of late or slow payments. The settlement professionals who bring a structured, onchain-routed deal process to their international clients are providing something concrete and differentiating: the certainty that when a cross-border deal closes, every party receives their exact share — not an approximation, not a figure net of undisclosed spreads, but the amount agreed to the cent, simultaneously, with a public blockchain record as proof.
A Fireblocks survey of 295 financial institution executives found 48% cited faster settlement as the primary stablecoin payment benefit, with adoption driven by traditional B2B players. The demand is not coming from technologists; it is coming from the commercial operators — the traders, the brokers, the importers and exporters — who have absorbed enough unexplained value loss to be ready for a better structure.
Closing: the principle underneath the mechanics
The specific tools and mechanics described in this article will continue to evolve. Off-ramp infrastructure will mature in more corridors. Onchain routing will become faster and more familiar. The regulatory environment will continue to develop.
The underlying principle, however, is stable: value should not disappear between the moment a buyer sends a payment and the moment every party receives their share. In a domestic deal, this feels obvious. In a deal between two weak local currencies, it has historically felt impossible — so much so that the losses were absorbed as a cost of doing international business.
They are not inevitable. For cross-border sellers and exporters operating on tight margins, foreign exchange is not a minor administrative detail — it is a critical variable that directly dictates profitability. A business can execute its operations perfectly, deliver high-quality goods on time, and still lose money on a contract simply due to the structural nuances of the currency exchange.
The job of the settlement professional is to make sure that does not happen — to bring the same certainty to an international multi-party closing that their clients expect from a domestic one. Onchain routing through tools like shaka.deal, combined with stablecoin transit and disciplined on/off-ramp planning, makes that standard achievable, even in the corridors where it has historically been hardest.
Split. Instant. Certain. Those three words are as applicable between Lagos and Istanbul as they are in any single-currency domestic market. The infrastructure now exists to make them real.
