# How a remittance to family arrives without the usual cut A detailed look at every layer of cost and delay inside a cross-border family transfer, and how onchain routing delivers the full intended amount in one settled transaction. --- There is a moment every family knows. The sender has done everything right — walked to the branch, filled out the form, paid the wire fee, and confirmed the exchange rate on a receipt they will keep for weeks. Then the call comes from home: "We received it, but it was less than you said." Nobody stole anything. Nobody made an error. The system simply worked exactly as designed, and that design has always taken a portion of the money for itself. This article is about what that "cut" actually is, where each piece of it goes, and how onchain payment routing — specifically the kind that Shaka.deal provides — delivers the total intended amount to the right parties without the attrition that traditional rails introduce at every handoff.
$150 AUDabsorbed across the chain on a $2,000 AUD bank transfer from Sydney to the Philippines
8.46%average cost of money sent to Sub-Saharan Africa, the highest of any receiving region
$2,400 USDthat never arrives over five years of $500 USD monthly transfers at an 8 percent cost

The first and third figures are worked examples from the scenario and corridor sections below; the second is the regional average quoted in the corridor section.

## The scale of the problem deserves a serious number Start with the macro picture, because it clarifies the stakes. Global remittance flows totaled $857 billion in 2025, according to the World Bank, and are projected to exceed $900 billion in 2026. Remittances to low- and middle-income countries — $685 billion — now exceed foreign direct investment of $620 billion and are nearly four times larger than official development assistance. That is an enormous river of private capital moving from people who earn in wealthy countries to families who depend on it in receiving countries. The remarkable fact is that a meaningful percentage of that river evaporates before it arrives. The World Bank's most recent data puts the global average total cost of sending $200 at 6.36 percent. Banks average 14.99 percent. Money transfer operators average 4.72 percent. On a $1,000 USD (approximately $1,520 AUD) family transfer sent through a bank, that means up to $150 USD (approximately $228 AUD) never reaches the recipient. On the same transfer through an average money transfer operator, roughly $47 USD (approximately $71 AUD) disappears. At global scale, that attrition represents tens of billions of dollars a year extracted from some of the world's most economically vulnerable households. The United Nations Sustainable Development Goal 10.C commits countries to reducing the transaction costs of migrant remittances to less than 3 percent — the 3 percent target is intended as the global average of sending $200. While the cost of sending remittances has gradually declined over the last few years, it remains high and well above that target. Understanding why requires pulling apart the layers. ## Layer one: the sending fee you can see Every wire transfer originating from a bank starts with an upfront sending fee. This is the most visible charge, printed on the receipt, acknowledged before the sender presses confirm. In 2025, sending an international wire transfer through a U.S. bank typically costs $35–$50 USD, plus potential intermediary and receiving fees. This fee is the one most people budget for. It feels like the cost. It is not the cost — it is just the entrance charge to a system with several more tollbooths inside it. ## Layer two: the intermediary fees nobody quotes upfront Once money leaves a sending bank and heads toward a receiving bank in another country, it rarely travels in a straight line. If the two institutions do not hold accounts with each other directly, the payment must pass through one or more correspondent banks — institutions that bridge the gap. Each of those correspondents does real work coordinating the transfer and levies a fee for it. SWIFT intermediary bank fees typically range from $15 to $35 per hop. On a transfer with two intermediary banks, that is $30 to $70 quietly deducted from the amount in transit, meaning the recipient gets less than was sent. The sender may not know how many intermediaries were involved until checking the final delivered amount. The mechanics of who absorbs these fees depend on an instruction code chosen at the time of sending. The three standard options are OUR, SHA and BEN. | Instruction code | What the sender pays | What it means for the recipient | | --- | --- | --- | | OUR | All fees, including intermediary fees | Receives the full amount | | SHA | Their bank's outgoing fee | Absorbs intermediary and receiving bank fees | | BEN | Nothing: the beneficiary pays all fees | The maximum amount is deducted before arrival | SHA is the most commonly used option globally and the default at most banks. The fees charged by intermediary banks are not standard, and neither the sending bank nor the receiving bank can tell customers exactly what they will pay. The intermediary bank involved differs depending on the currency of the payment, the recipient's bank, and the destination country. These fees are deducted silently. ## Layer three: the exchange rate spread that never appears as a line item Even after the sending fee and the intermediary deductions, there is a third extraction operating entirely out of view. The exchange rate spread is the difference between the mid-market rate — the rate banks trade at, which anyone can look up for free — and the weaker rate a provider offers the sender. The provider keeps the difference. On international bank wires it is commonly 1 to 3 percent of the amount sent, and it never appears as a line item on the receipt. Two providers can charge the same transfer fee but offer different exchange rates, which means the recipient receives different amounts. This is why it is possible to choose what looks like the cheaper provider and still deliver less money to the family overseas. The headline fee and the actual cost of a transfer are two different numbers, and only one of them matters to the person waiting on the other end. Adding these three layers together paints a clear picture. Adding the sending fee and exchange rate markup on top of intermediary fees, total costs on a $1,000 USD SWIFT transfer can easily exceed 8 percent. On a $1,000 USD (approximately $1,520 AUD) transfer, that is more than $80 USD (approximately $122 AUD) gone before the funds land. ## Layer four: the time cost, which is also a real cost The final layer of attrition is not denominated in dollars — it is denominated in days. And for a family waiting on rent money, school fees, or medical bills, days are not abstract. An international wire transfer between a US bank account and an account in another country takes approximately one to five business days, depending on differences in time zones. That range is the best-case scenario. Some "slow-to-pay" countries may delay transfers up to three weeks or even cancel them entirely. The delays are structural, not incidental. International transfers are processed only on banking days. If the sending or receiving country has a weekend or public holiday, the transfer will be held until banking operations resume. Many international wire transfers are also processed only on business days, so a transfer initiated on a Friday might not be completed until Monday or Tuesday. Currency conversion can add one or more days to the processing timeline, and longer if the currencies involved are less commonly traded. The gap between 15 hours for a direct transfer and 35-plus hours with intermediaries shows exactly where the wait is introduced: each additional bank runs its own compliance checks, operates its own cut-off schedule, and may hold the payment overnight. For professionals who manage international payment flows — settlement agents, OTC desks, financial advisors helping diaspora clients structure transfers — these delays create real operational problems. The money is in transit but not yet arrived. The family cannot confirm receipt. Reconciliation is uncertain. Follow-up calls are necessary. The whole process has administrative weight far beyond what the original transaction justifies. ## A concrete scenario: the Filipino nurse in Sydney To make this specific, consider a scenario that plays out millions of times a month. A registered nurse working in Sydney wants to send $2,000 AUD (approximately $1,315 USD) to her family in the Philippines for a combination of household expenses and a sibling's tuition payment. She wants to ensure her parents receive exactly the amount she intends. Here is what the traditional path looks like.
The traditional path, day by day$2,000 AUD sent from Sydney to the Philippines through a bank
  1. Wednesday afternoonShe initiates the transfer through her bank. The bank's cut-off for international wires is 3:00 PM local time. She submits at 3:20 PM. The transfer is queued for Thursday morning.
  2. ThursdayHer bank processes the outgoing instruction and routes through a correspondent bank — SHA is the default, so she has unknowingly agreed that intermediary fees come out of the transfer amount, not from her account separately. Two correspondent banks handle the routing; each deducts a fee. The exchange rate her bank applied included a spread of about 2 percent over the mid-market rate.
  3. FridayAfter two banking days, bridging a time zone gap, and passing through two institutions she has never heard of, her family receives an amount that is visibly less than the $2,000 AUD she dispatched.
She calls the bank. The representative explains that fees were deducted in transit and the exchange rate used was the bank's standard rate at the time of transfer. Everything is technically correct. The system worked. The family received about $1,850 AUD (approximately $1,215 USD) worth of Philippine pesos. Approximately $150 AUD (approximately $99 USD) was absorbed across the chain. If her sibling's tuition requires a specific amount, the family now has a shortfall. She must either send a second, smaller transfer — paying the sending fee again — or the family must cover the gap from savings. This is not an edge case. This is the ordinary experience of cross-border family transfers executed through conventional rails. ## What onchain routing actually changes Onchain payment routing does not eliminate the professionals or institutions involved in managing international financial flows. Settlement agents, compliance-focused OTC desks, and licensed money service businesses all have essential roles — they verify parties, ensure regulatory compliance, and provide the human judgment that complex cross-border transactions require. The question is what happens to the payment once those parties have done their work. When payment is denominated and settled in a stablecoin — a dollar-pegged token that travels on a blockchain — the mechanics of value transfer change fundamentally. There are no correspondent banks in the chain, because the asset does not require a chain of bilateral account relationships to move between two points. The value moves directly. What shaka.deal adds on top of that base layer is the routing and distribution logic. Instead of a single transfer arriving at a single destination where the recipient then manually allocates the money, Shaka allows a total payment amount to be split at preset shares and delivered simultaneously to every designated party in a single transaction. The split is encoded before the payment is initiated. When the transaction executes, each party receives their share instantly and with finality. Nothing is held. Nothing is pending. Settlement is simultaneous. For the Sydney nurse scenario, this matters in a concrete way. She and a financial professional managing her remittance arrangement could configure a Shaka route that sends the full intended USD amount, splits it automatically — perhaps the majority to her parents' account and a portion directly to the tuition service — and executes that entire distribution in one transaction. The split ratio is set in advance, confirmed before execution, and then the payment happens: one instruction, multiple simultaneous outputs, settled in full. The amount her family receives is the amount she sent. Not approximately. Not minus transit fees from institutions she never interacted with. The total. ## Why "certainty" is the word that matters most to professionals Payment certainty is something that people who work in remittance corridors, OTC desks, and international settlement understand viscerally. The question "did it arrive in full?" is one that consumes enormous professional time and attention, because the traditional answer is often "we're not sure yet." For an OTC desk facilitating large family transfers — perhaps a diaspora community pooling resources to purchase property or fund a business back home — the difference between "we believe the transfer will arrive by Thursday" and "the transaction settled at 14:32 and the funds are confirmed at each address" is not just a matter of preference. It is a matter of risk management, client satisfaction, and operational efficiency. Settlement is the actual transfer of value with finality — the moment funds irrevocably move from sender to receiver. On a public blockchain, that moment is observable, verifiable, and permanent. It is not a bank's internal ledger entry that requires a corresponding message to travel through a messaging network to confirm at the destination. It is a single state change recorded on a shared ledger that every party can verify independently and immediately. For settlement professionals and OTC operators, this is genuinely useful. Client trust is built on certainty. Certainty comes from finality. Finality, in traditional banking, is a probabilistic judgment made after several business days. On an Ethereum-based transaction routed through Shaka.deal, finality is a deterministic outcome observable in minutes. ## The multi-party remittance: a use case that traditional rails handle badly Not all family remittances are simple point-to-point transfers. Many involve multiple parties and multiple intended uses of a single sum. A single outbound transfer might need to cover: - Living expenses sent to parents - A mortgage or rent payment to a landlord - A medical invoice to a hospital or clinic - A savings contribution to a family fund Under traditional rails, this requires the sender either to execute multiple separate wire transfers — each with its own sending fee, each with its own intermediary chain, each with its own timeline — or to send a single sum to a trusted family member who then distributes it. The second approach introduces trust dependency and the risk of miscommunication about allocations. Shaka.deal's routing model handles this natively. One payment in, multiple preset outputs simultaneously. The total amount routes to every party at their preset share in a single transaction. There is no sequential distribution. There is no moment where one party has received their share but another has not. Settlement is parallel, not serial. For a remittance professional structuring recurring family support arrangements — a financial planner working with diaspora clients, an OTC desk handling regular pooled transfers — this means a single configured route can serve every payment cycle without renegotiating the distribution or managing multiple simultaneous wire instructions. The rule is set once. It executes correctly every time. ## The "less than expected" problem disappears at the architecture level The nurse who received $1,850 AUD instead of the $2,000 AUD she sent did not receive less because of fraud or error. She received less because every institution in the correspondent chain exercised its contractual right to deduct its fee before passing the remainder forward. The system has no mechanism that says "deliver the full amount and bill the sender separately for intermediary costs." SHA is the default because it is efficient for the banks in the chain. It is not efficient for the sender or the recipient. Onchain routing eliminates the correspondent chain entirely. There are no institutions between the Shaka smart contract and the destination addresses. Real-time stablecoin settlement moves dollar-pegged tokens between parties with programmatic confirmation and no manual intervention between submission and final receipt. The amount that enters the transaction is the amount that exits, distributed to the preset parties at their preset shares. There is nothing in the middle taking a portion. This is not a claim that onchain payments cost nothing — Ethereum network fees exist and are real. But those fees are paid by the sender on top of the transfer amount, they are visible before confirmation, and they do not come out of the amount destined for the recipient. The recipient receives what was sent. ## Exchange rate exposure and the stablecoin answer A legitimate question arises: if the transfer is denominated in a stablecoin pegged to the US dollar, what happens to the exchange rate risk for a recipient who needs Philippine pesos or Indian rupees or Nigerian naira? The answer is that exchange rate conversion remains a real consideration — it does not vanish because the payment rail changes. But the point at which conversion happens changes significantly. With stablecoin-based transfers, the conversion from USD-pegged asset to local currency happens at the destination, at the moment the recipient or their financial service provider converts. This is a single, transparent conversion at the current market rate, rather than a spread embedded by a sending bank at the time of origination and invisible to both parties. For remittance professionals who work with recipients in markets where USD is increasingly accepted directly — or where licensed local exchanges provide competitive conversion rates — this separation of "transfer" from "conversion" is meaningful. The professional can advise the client on when and how to convert based on current market conditions rather than accepting the rate the sending bank chose. ## What settlement professionals gain from routing certainty For the professionals who design, manage, and audit international payment flows on behalf of clients — whether they work at OTC desks, international settlement firms, or in the diaspora financial services space — Shaka.deal's routing model offers something specific: documented, immutable proof of every distribution. When a payment routes through Shaka, the blockchain record shows the incoming amount, the preset split ratios, and the simultaneous outgoing amounts to each address, all in a single transaction hash. That transaction hash is permanent. It can be provided to a client as proof of distribution. It can be provided to an auditor. It can be referenced in any subsequent dispute without requiring correspondence with multiple banks in multiple jurisdictions. This matters disproportionately for recurring remittance arrangements. A family support structure that runs every month for years accumulates dozens or hundreds of transactions. Each one is individually auditable. The compliance and record-keeping burden that typically requires manual reconciliation across bank statements from multiple institutions collapses to a ledger of transaction hashes that anyone with a blockchain explorer can verify. ## The corridor picture: where the gap is largest The fee and delay problem is not uniform across all remittance corridors. Some corridors are well-served by competition among digital providers. Others remain costly by any measure. Digital transfers average 4.59 percent against 7.30 percent for non-digital, and money sent to Sub-Saharan Africa averages 8.46 percent — the highest of any receiving region. Sub-Saharan Africa has consistently had the highest average cost of sending remittances, with the cost in 2022 running at more than 8 percent — more than double the SDG target. For professionals who serve clients remitting to high-cost corridors, the difference between traditional rails and onchain routing is not marginal — it is substantial. An 8 percent cost structure on a $500 USD (approximately $760 AUD) monthly transfer means $40 USD (approximately $61 AUD) per month, $480 USD (approximately $730 AUD) per year, absorbed by the transfer infrastructure rather than delivered to the family. Over five years, that is $2,400 USD (approximately $3,650 AUD) that never arrived. That is not an abstraction. That is a child's education fund. That is a year of medical expenses. The magnitude is real, and for the professionals advising clients who send money into high-cost corridors month after month, routing architecture that eliminates intermediary attrition is not a technical preference — it is a meaningful service improvement for the people those professionals serve. ## Building a remittance arrangement on Shaka For a professional setting up a structured remittance arrangement for a client, the practical mechanics of shaka.deal are straightforward.
Setting up a routeFrom the parties and their shares to the transaction hash
  1. Identify the parties and their sharesThe client identifies the parties who are to receive funds — parents, a landlord, a school, a savings pool — and the share each party should receive.
  2. Configure the distribution ruleThose shares are configured as the distribution rule in the Shaka router.
  3. Initiate the paymentThe client initiates a payment in stablecoin, denominated at the intended USD amount.
  4. The contract routes the totalThe Shaka contract routes the total to each designated address at the preset ratios, simultaneously, in a single transaction.
  5. Everyone has a recordThe client receives a transaction hash. Every recipient receives their portion. The professional has a clean record.
The router never holds the funds. Shaka.deal is non-custodial by design — it routes the payment through to its destinations and retains nothing. The money does not pause anywhere in the system. It does not accumulate. It moves from sender to recipients in one execution, and that execution settles with finality. For recurring arrangements, the distribution rule remains in place. Each payment cycle, the client sends the total amount. The same split executes automatically. The same clean record is produced. The professional does not need to reconfirm the distribution or monitor whether each bank in a correspondent chain forwarded the correct amount to the correct account. ## Closing: the full amount, as a design property The traditional cross-border transfer system was built for a world where moving value between countries required a chain of trusted institutional relationships, each of which earned its position by performing a real service. That world still exists in large parts. The institutions in the chain do real work. The compliance infrastructure they maintain is genuinely necessary. What has changed is that there is now a parallel rail where the settlement layer operates on a shared, programmable ledger rather than a chain of bilateral account relationships. That rail allows a payment to travel from sender to multiple recipients simultaneously, with no deductions in transit, with a finality record that is immediately observable, and with a distribution logic that can be configured once and trusted to execute correctly every time. The nurse in Sydney sending $2,000 AUD to the Philippines does not need to accept $1,850 AUD as the outcome. The family in Manila waiting for tuition money does not need to wait until Friday to find out whether it arrived. The OTC desk managing that transfer does not need to reconcile three bank statements to confirm the distribution was correct. When the payment architecture is built on split, instant, and certain — one incoming amount, preset shares, simultaneous payout, final settlement — the full amount arrives. Not approximately. Not after follow-up. Not subject to deductions by institutions the sender never chose and the recipient never knew were involved. That is what shaka.deal routes. The full amount, to the right parties, settled.