# How to send and receive money across borders instantly A complete guide to moving money internationally without the wait — why cross-border transfers lag, and how onchain settlement is instant. --- ## How to send and receive money across borders instantly If you close deals that cross borders — a real estate transaction where the buyer wires from Frankfurt, a business acquisition where the seller is in Singapore, a commission split between advisors on two continents — you already know that "international wire" is a phrase that buys you days of uncertainty rather than seconds of certainty. The money leaves one account and disappears into a chain of institutions before it surfaces somewhere near its destination, often smaller than it started, always later than promised. That experience is not a technical glitch. It is the designed behavior of a system built decades ago around bilateral bank relationships and batch processing windows. This article explains exactly how that system works, where the time and money go, and how onchain payment rails have changed the answer to the question of how fast cross-border funds can move. ## Why international wires are slow: the correspondent banking chain Correspondent banking is a global network that allows banks to deliver transactions in different countries and currencies. When two banks don't have a direct relationship, they rely on intermediaries to settle transactions on their behalf. That dependency is the root of almost every delay and unexplained fee you have ever encountered in an international transaction. The global banking system has over 11,000 financial institutions connected through SWIFT. No single bank can maintain direct relationships with all of them. Maintaining a correspondent banking relationship requires regulatory compliance across multiple jurisdictions, capital allocation, and ongoing operational costs. It only makes economic sense for banks that have significant and consistent transaction volumes with each other. For any corridor that doesn't clear that bar — which includes most of the world's less-traveled payment routes — a transfer must be routed through one or more intermediary institutions that do have the relevant relationships. The mechanics work like this: when your bank holds an account at a foreign correspondent bank in a specific currency, that is called a nostro account (our money at your bank). From the correspondent bank's perspective, this is a vostro account (your money held at our bank). To make sure money can move quickly, these accounts are prefunded. Your bank buys currency on the FX market and deposits it into its nostro account. When you send a wire, your bank instructs the correspondent to take the amount out of their account and credit the next bank in the chain. This prefunding model means that money does not actually travel anywhere in real time. What travels is a messaging instruction. SWIFT itself does not move money. It is a secure messaging system that sends payment instructions between banks. The actual movement of funds happens through correspondent and intermediary banking relationships. The wire you initiate at 9 a.m. triggers a cascade of messages through the SWIFT network; each institution in the chain reads its instruction, executes a debit from a prefunded account, and passes the instruction along. SWIFT provides secure, standardized messaging for payment instructions but does not perform settlement itself. Settlement takes place in correspondent accounts or through domestic real-time gross settlement systems. As a result, the speed, cost, and transparency of cross-border transfers depend on the structure of correspondent relationships, as well as each intermediary's operational processes, risk management, and compliance checks. To keep the system operational, your bank has to keep money in nostro accounts across multiple currencies and institutions. Managing these balances and the tied-up liquidity accounts for a large portion of correspondent banking costs. Those costs flow directly to you. ## Where the time actually goes The honest answer to "how long does an international wire take?" is: it depends on a set of variables that you mostly cannot see or control. On average, international wire transfers take between one to five business days to complete. However, this timeline can extend to one to two weeks under certain conditions. Understanding what drives those variables is the only way to manage them. ### Banking hours and time zones Global time zones can significantly slow down transfers. Banks in different countries operate within local business hours, and transfers may face delays if processed outside these hours. Additionally, national or regional holidays on either side can also set timelines back by several days. A wire initiated at 4:30 p.m. New York time on a Friday to a counterpart bank in Tokyo is essentially queued until Monday morning Tokyo time — by which point other compliance and cut-off factors may push it further. That is not a failure; it is the system functioning exactly as designed. ### Compliance screening Banks are required to follow strict legal and regulatory standards, such as anti-money laundering (AML) laws. These checks involve verifying the identities of both the sender and the recipient, ensuring that funds are not tied to illicit activities. If any issues arise, such as incomplete documentation, additional verification may be required, further delaying the transfer. For a large commercial transaction — the kind that professionals in brokerage, advisory, and real estate routinely handle — the dollar amount alone can trigger enhanced due diligence at any point in the chain. Sanctions screening is applied inconsistently across multiple institutions in a single payment chain, using different data formats and risk thresholds. False positives trigger manual interventions that can add hours or days to settlement. ### Infrastructure gaps in certain corridors Not all corridors are equal. Payments to major markets like the UK and EU usually clear faster than transfers to emerging markets, where extra checks or correspondent banks are involved. The technological sophistication of the banks involved influences processing time. Advanced banking systems with automated workflows streamline the process, whereas institutions in regions with less developed infrastructure may rely on manual systems, adding delays. A transaction from a U.S. closing to a seller in Western Europe may complete in two days. The same transaction to a counterpart in Southeast Asia or Latin America may take five. A transaction to a smaller regional institution in a less-traveled corridor may require up to three intermediary hops before the funds arrive. ### Number of intermediary hops A SWIFT international wire transfer can sometimes involve multiple intermediary banks. Each intermediary bank can add time and fees to your transaction. If your international wire deals with less common currency pairs or countries, your transfer will most likely have to go through one or more intermediary banks. Each hop is a separate processing event with its own queue, cut-off time, and compliance layer. A transfer from a small U.S. bank to a regional bank in Southeast Asia, for example, might pass through two or three intermediaries. Each of those is a potential delay. ## Where the money goes: fees across the chain This is where professionals get hit hardest, and where clients most often arrive at closing short of what was expected. The fee your bank quotes for a wire transfer rarely reflects the total cost of the transaction. Additional charges can include a lift fee — your bank's charge for initiating and managing the transfer — a correspondent fee charged by the correspondent bank handling the transaction, intermediary deductions applied by each bank in the payment chain, and FX markups that include three to five percent margins. The stacking effect is the core problem. Intermediary banks act as middlemen when your bank doesn't have a direct relationship with the recipient's bank — they pass the payment along the chain, and each one typically deducts a fee ($15–$50 is common) for handling the transfer, which is why the final amount received can be smaller than the amount sent. Intermediary fees often lack transparency, which creates challenges for businesses trying to manage international payment costs. Unlike your bank's upfront wire transfer fee, intermediary charges are typically not disclosed in detail when you initiate a transfer. This lack of transparency stems from several factors, including your bank potentially not knowing which intermediary banks will be involved. Think about what that means in practice. You are a broker on a cross-border commercial deal. Your commission is $85,000. The buyer wires from overseas using SHA fee allocation — the most common default. Your bank receives an instruction for $85,000, but by the time it has moved through two correspondent banks in the chain, $85,000 has become $84,630, or $84,300, depending on which institutions handled the routing that day. You find out at posting, not at initiation. There was no way to know in advance, because your bank may not know which intermediary banks will be involved, fee structures can change between banks and currencies, and some fees are bundled into exchange rate markups rather than shown separately. ### The three fee structures: OUR, SHA, and BEN Every international wire carries a fee instruction in SWIFT field 71A. OUR means the sender pays all fees, so the recipient gets the full amount; SHA (shared) means the sender covers their own bank's fees while the recipient absorbs intermediary and receiving bank fees; BEN means the recipient pays every fee in the chain, including the sender's bank fee. The practical implication for professionals receiving payment: if you are being paid by an international counterpart using SHA (which is the default most banks apply unless the sender specifies otherwise), you will receive the wired amount minus whatever each intermediary bank has deducted along the route. If the sending party uses OUR, you receive the full stated amount. Knowing this, and communicating it clearly in your payment instructions before the deal closes, is the difference between receiving what you were owed and spending three days chasing a discrepancy. ### The FX layer: the hidden toll Currency conversion is a separate toll on top of wire fees. When a wire crosses currencies, banks apply an exchange rate that includes a markup over the mid-market rate. This foreign exchange spread typically adds one to three percent to the transaction cost. Banks and exchange services add a spread (markup) on top of the mid-market rate, typically one to four percent for banks. On a transaction involving a $500,000 payment, a two percent FX spread represents $10,000 extracted silently between the agreed deal terms and the actual amount landing in the recipient's account. Real estate professionals — agents, developers, and lawyers — often manage multi-stage transactions where FX shifts can cause delays, cost overruns, or even lost deals. Exchange rate volatility isn't just a background risk; it's a critical factor in budgeting, deal-making, and maintaining client confidence. As a property professional, when your client agrees to buy a property overseas, often the exchange rate on the day they view feels like part of the deal. But between the offer being accepted and the transaction completing — which can often be weeks or even months later — the FX rate can shift dramatically. The rate at which the wire is converted may be materially different from the rate at which the deal was priced. ## SWIFT GPI: faster messaging, same underlying rails SWIFT GPI (Global Payments Innovation) is the banking system's answer to the transparency problem, and it is worth understanding what it actually does — and does not do. SWIFT GPI adds end-to-end tracking, fee transparency, and speed commitments to SWIFT payments. Each GPI payment receives a unique tracking reference (UETR) that follows it through every intermediary, providing real-time status updates. This is a genuine improvement over the pre-GPI world, where a wire could go silent for 48 hours with no explanation. Over 4,000 banks are live on GPI, and 50% of GPI payments are credited within 30 minutes. However, GPI tracks the messaging layer, not necessarily the funds availability layer. Cross-border payments speed has two distinct stages: bank-to-bank messaging and end customer settlement. SWIFT reports that 90% of payments get delivered to beneficiary banks within an hour, but only 43% reach the end customer within that same timeframe due to domestic processing delays. A payment that arrives at the recipient's bank is not the same thing as funds available in the recipient's account. The domestic processing step — the bank's internal crediting process — is not covered by GPI's speed commitments, and it is precisely that final step that matters to your client and to you. SWIFT GPI tracking data shows 92% of GPI payments arrive at the beneficiary bank within 24 hours, but funds availability to the recipient can lag by another business day for compliance screening. Off-corridor or weekend wires can take five or more business days. GPI is a meaningful upgrade in visibility. But it is still operating on the same fundamental architecture: prefunded nostro accounts, correspondent relationships, and sequential messaging through a chain of institutions. The pipe is better labeled now, but it is still the same pipe. ## Tracking a wire: what you can and cannot know If you've made a transaction through SWIFT and want to track its path, request the document called "MT103." The intermediary bank's information should be in an MT103 field named "56A." The MT103 is the standard message format for a single customer credit transfer, and it is your primary paper trail for any international wire. The MT103 message serves as proof of payment initiation and is the primary document for tracking and dispute resolution. What the MT103 will not tell you is when the funds will actually be credited to the final account, what each intermediary charged if you sent SHA, or whether a compliance hold has been triggered at any point in the chain. As each transaction involves multiple intermediaries, businesses lose access to real-time updates and clarity on any delays. This creates friction and impacts the overall payment experience, especially if the payments are time-sensitive. For professionals managing a closing, "time-sensitive" understates the situation. A missed wire window on a real estate closing can trigger contract penalties. A delayed commission wire can cascade into a dispute about whether the professional performed. The tracking problem is not academic — it is a professional liability issue. ## The professional context: how cross-border deals actually work Consider the range of scenarios a dealmaker encounters when money has to cross a border. **International real estate buyer, domestic seller.** A buyer in the UAE purchases commercial property in the United States. Their bank initiates a wire in AED, which converts to USD through a correspondent bank, routes through a U.S. intermediary, and eventually reaches the closing attorney's account. The buyer's bank quoted three to five business days. The wire arrives on day four. The FX conversion consumed the equivalent of one to two percent of the purchase price. The closing attorney, the listing broker, and the buyer's agent all receive their disbursements from that one wire — except the total that arrived was short by the correspondent bank's deduction, so one of the parties is chasing a rounding error that took a week to trace. **Cross-border business acquisition.** An M&A advisor structures a deal where the acquirer is a European holding company paying into a U.S. target's accounts. The advisor's fee is a success fee, wired simultaneously at close. The acquirer's bank in Germany routes through a Frankfurt correspondent to a New York correspondent to the domestic receiving bank. The fee wire takes three business days to clear, arrives under SHA, and lands net of two intermediary deductions. The advisor receives less than the stated fee, the buyer is confused because their bank showed the full amount debited, and the resolution requires obtaining MT103 documentation from both ends. **Commission split involving an overseas co-broker.** Two brokers collaborate on a deal — one in the U.S., one in the UK. The commission comes in as a single wire in USD to the U.S. broker's account. The U.S. broker then needs to wire the UK co-broker's share. That secondary wire is now itself an international transfer: SWIFT, correspondent bank, currency conversion, GBP landing in the UK. The co-broker receives less than agreed because the FX rate at execution differed from the rate discussed, and neither party had locked it. These scenarios repeat constantly in any practice that handles international clients, international counterparts, or international co-brokerage. The friction is baked in. ## Onchain rails: how the architecture differs The reason onchain settlement delivers funds across borders in minutes is not speed in the sense of "moving faster through the same pipe." It is architectural — the pipe itself is different. Traditional mechanisms typically involve multiple intermediary institutions and layered settlement processes, which can introduce delays ranging from hours to days. In contrast, stablecoin systems — digital tokens pegged to fiat currencies and operating on decentralized or permissioned blockchains — offer near-instantaneous settlement capabilities. Instead of SWIFT — which requires banks to send money through a chain of intermediaries — stablecoins work on blockchain networks that enable transactions to be done peer-to-peer within seconds. There is no nostro account to prefund, no correspondent relationship to maintain, no sequential messaging chain to traverse. The blockchain itself is the settlement layer and the messaging layer simultaneously. A confirmed transaction is a settled transaction. Blockchain settlement finality — typically 15 seconds on Ethereum, 400 milliseconds on Solana, and under 2 seconds on TRON — eliminates the multi-day correspondent banking chain entirely. The comparison to SWIFT GPI's best-case performance is stark. Stablecoin transactions typically settle within seconds to minutes, while SWIFT transactions may require hours to days. Blockchain operates 24/7. Stablecoin transactions settle in seconds to minutes no matter where the parties are located, unlike SWIFT, which often slows down due to batch processing and operating hours. The absence of cut-off times matters enormously in deals where closing is time-sensitive and the parties happen to be in different time zones. A closing that completes at 4:45 p.m. New York time can still trigger an immediate onchain disbursement that confirms in the UK or Singapore within the same minute, regardless of whether any bank in either country is still open. The stablecoin used in cross-border transactions is typically a USD-pegged digital asset — USDC and USDT being the most common — which means the transfer is denomination-stable. A stablecoin is a cryptographic digital asset pegged 1:1 to a fiat currency, most commonly the US dollar, and fully backed by reserve assets such as short-term US Treasuries and cash equivalents. When the professional receiving payment holds a wallet denominated in that stablecoin, the amount they receive is the amount that was sent — no correspondent deductions, no FX markup on the transfer itself. ## Where onchain fits the professional's workflow For the broker, agent, closing attorney, or advisor managing a deal, the relevant question is not "how does blockchain work?" The question is: "how do I make sure the money lands in the right wallets, in the right amounts, on the day we close?" That is precisely the problem Shaka is built to solve. A professional creates a payment link before the deal closes, sets the recipient wallets and the split percentages, and when payment arrives, every party in the split — co-broker, referring agent, advisor, or any other entitled party — receives their share directly, in one transaction, simultaneously. There is no secondary wire to arrange the day after closing, no rounding difference to reconcile, no waiting for a second institution to process a disbursement. The deal closes, and Shaka handles how the money lands. The onchain architecture that makes this possible is the same architecture that eliminates the correspondent chain. There is no sequence of institutions through which the funds pass, each one taking time and potentially taking a fee. The settlement is final when the transaction confirms, and the blockchain provides the same irreversible, timestamped record that a SWIFT MT103 provides — except the record exists the moment the transaction executes, not three business days after it was initiated. ## Practical decisions for professionals handling international payments Understanding the architecture of international wires gives you specific tools to protect your clients and yourself. ### Specify OUR on wires where you are the recipient When you are the party receiving an international wire — whether as commission, fee, or disbursement — ask the sending party to specify OUR on the SWIFT fee instruction. OUR means the sender pays all fees, so the recipient gets the full amount. When it is critical that the full amount reaches the payee, this is the configuration to specify. Most senders default to SHA without thinking about it. A clear instruction in your payment terms resolves this before the wire is initiated. ### Know your corridor Not all corridors are equal. Payments to major markets like the UK and EU usually clear faster than transfers to emerging markets, where extra checks or correspondent banks are involved. If you are closing a deal that requires an international wire from an emerging market, build that time into your closing schedule. Telling a client on a Thursday that their wire from Brazil "should arrive in three to five business days" is incomplete advice. The honest range for a less-traveled corridor can be closer to five to seven, and a compliance flag anywhere in the chain extends it further. ### Request the MT103 promptly If a wire is delayed or arrives short, the MT103 is the document you need immediately. The MT103 document reveals the full routing path, including every intermediary bank involved and every fee deducted along the way. This transparency allows you to identify whether the routing was efficient, compare it against alternatives, and choose better options for future transfers. The sending bank can produce this document. Do not wait for the receiving bank to reconcile — request the MT103 the same day you identify the discrepancy. ### Build FX exposure into your deal terms for cross-currency transactions The risk that exchange rates change between agreeing a deal and making a payment can result in paying more or receiving less in your home currency. Hedging with forward contracts locks a rate for future delivery — worth considering for contracts above $25,000 with settlement more than 30 days out. For professionals advising international buyers or sellers, raising this point early in the transaction is a mark of expertise, not a distraction. Proactively raising the topic early helps clients plan ahead, builds trust, and avoids last-minute panics that can derail deals. ### Understand cut-off times For time-sensitive transactions, initiate international wires at least three to four hours before your bank's cut-off time. Missing a cut-off by thirty minutes means the wire does not move until the next business day. On a Friday, that is three calendar days of additional exposure to rate fluctuation, client anxiety, and deal uncertainty. ## The floor is changing The correspondent banking system has served international commerce for generations. It handles enormous volume, connects a sprawling network of institutions, and provides the compliance infrastructure that global regulators depend on. None of that is going away. But the timeline and cost structure that the system imposes — days, not minutes; opaque fees stacked through the chain — are no longer the only option for professionals who need certainty at close. The fundamental shift is architectural. When funds move onchain, stablecoins accelerate the international leg by eliminating trapped liquidity in correspondent accounts, multiple intermediary bank fees, and batch settlement windows. What was a multi-day process that consumed a measurable percentage of the transaction value becomes a transaction that completes in seconds, with a public, immutable record, for a fraction of the cost. For every professional whose work depends on money landing in the right place at the right time — the broker who closes at 5 p.m. and wants their commission confirmed before midnight, the advisor coordinating a split across three wallets in two countries, the closing attorney who needs disbursement certainty the moment the buyer's funds arrive — the question is no longer whether faster, more precise international payments are possible. They are. The question is whether your payment infrastructure is set up to take advantage of them when it matters most.