Right now, on a weekend, you can order a sofa from a warehouse in Poland, stream sports from a server 6,000 miles away, and spin up a Shopify store—all in the time you’d usually spend replying to an email. Every one of those things happens across borders, time zones, and continents, without anyone waiting for a Monday morning.
But what about the person waiting to be paid for the sofa, stream, or service? Depending on which bank you use, which country they're in, and what time on a Friday you hit send, that payment might arrive in two hours. Or two days. Or it might sit somewhere in the middle of a correspondent banking chain over the weekend, accruing only uncertainty.
The internet moved on. The payments layer underneath it, largely, did not. That mismatch—between the speed at which the world now operates and the speed at which money moves through it—represents a meaningful drag on the global economy. Understanding why this disconnect exists and what’s starting to change it requires a brief trip into the infrastructure most of us don’t think much about.
The world already voted for real-time
Real-time payments are expanding across markets worldwide. Their appeal is easy to see. Money that moves faster, arrives more predictably and securely, reflects how businesses operate in practice.
And where the system hasn't kept up, people have. Consumers are increasingly turning to digital apps for remittances. Nine in ten small and medium-sized businesses say their primary bank is not meeting their payment needs.¹ The market is telling us that people want money to move the way everything else does. What's less obvious is why, despite years of investment and genuine intent, it still often doesn't.
The runway problem
To understand the delay, it’s helpful to understand what sits behind a cross-border payment. Banks don’t use one global payments network. They’ve built dozens of local ones, bolted together over decades through bilateral agreements with correspondent banks in other countries, effectively holding accounts on your bank's behalf in their markets. Want to settle an invoice in London? Your bank may route the payment through a correspondent bank in another financial center before it reaches the recipient’s bank. Each step takes time. And each step represents a cost.
On top of that foundation sit connections to domestic real-time networks, card networks, Swift² for payment messaging, digital wallet aggregators, and open banking providers. Each has its own technology, rules, and compliance requirements. A bank operating across multiple markets is really managing a mosaic of systems assembled across decades; the kind of complexity that accumulates at altitude, invisible from the ground.
The cost of that complexity shows up in corridors involving less commonly traded currencies—the Kenyan Shilling, the South Korean Won, the Mexican Peso—where a single cross-border payment can cost upwards of $100 to process, not because the transaction itself is complex, but because of the number of steps involved.³
That chain is also becoming harder, not easier, to maintain. Many correspondent banks are withdrawing from specific corridors, pulling back from markets they consider too risky or too expensive to serve. For a bank, whose clients are expanding into new geographies, a correspondent pulling out of a corridor can slam the door entirely.
None of this means banks aren't trying, of course. Many are investing significantly in modernizing their infrastructure—all while keeping the lights on across a system that processes billions of transactions a day. You can't rebuild the runway while the planes are still landing.
What this looks like from the other side
Talk to the businesses and individuals caught in all this complexity, and what they need is simple. A business wants to pay a supplier, so the money arrives before the relationship frays. A freelancer wants their invoice settled before their rent is due. A family sending money abroad wants the amount they send to be the amount that arrives, not one eroded by exchange-rate fluctuations.
So, speed matters. But so does certainty, and often more so. A payment that takes 24 hours but arrives reliably is more useful than one that might take two hours or three days, with no clear way to tell which. What people want is money that behaves like the internet: always on, predictable, and not bound by arbitrary office hours.
A new layer that never sleeps
Stablecoins are one way this is beginning to happen—digital currencies pegged to fiat currencies such as the US dollar or the euro, designed to maintain a stable value. Adoption has grown rapidly in recent years, with increasing interest from businesses and financial institutions looking for faster, more predictable ways to move money across borders.
Stablecoins run on infrastructure that has no concept of a weekend. A transfer can be initiated at 11 pm on a Sunday and arrive before midnight. There are no correspondent banks to route through, no settlement windows to wait for, and no Friday afternoon cut-offs. The payment moves when the sender decides. It also means funds are available when needed, rather than when systems permit.
That same speed compresses the window in which the value can change during a transfer. One of the less-discussed costs of slow cross-border payments is FX exposure (the risk that exchange rates change between the moment you send and the moment your recipient receives). Reduce the transit time to minutes, and that exposure reduces dramatically. What you send is, much more reliably, what arrives.
And because every transaction is recorded on an immutable blockchain ledger, stablecoins bring something the correspondent banking chain doesn’t always offer: a clear, traceable record of where money is, where it's been, and when it arrives.
How this plays out in the real world
You see this most clearly in humanitarian aid. When funds need to reach communities in regions with limited banking infrastructure (after a flood, a conflict, or sudden displacement), the traditional route can be expensive and uncertain. Stablecoins offer a way to move funds directly to digital wallets in hours, reaching people in places where a bank branch may not exist.
The growing global workforce of remote contractors and freelancers tells a similar story. For these workers, slow cross-border payroll processing is a cashflow problem that shapes how they take on work, how they price it, and how much financial stress they carry. Faster, more predictable payments change that calculation.
Paying suppliers reliably and on time goes beyond operational preference: it affects the terms suppliers will offer, the relationships they'll invest in, and the overall resilience of the supply chain.
The road ahead
This doesn’t mean traditional payment systems are about to be replaced. The infrastructure that moves trillions of dollars every day isn't going anywhere. What's happening is something more incremental and, in some ways, more interesting: a new layer is being built on top.
Stablecoins don’t require banks to replace what they’ve built. They offer an alternative when existing systems are slow, costly, or hard to track. Used well, they extend what’s possible without disrupting what already works.
Think about how the internet developed. It didn't replace existing infrastructure. It grew alongside it, connected to it, and eventually became indispensable. Money being sent quickly and reliably is somewhere on a comparable arc. The expectation is there. The infrastructure just needs to keep up.
Visa Direct is actively exploring how to combine stablecoin capabilities with the global reach and trust that existing financial networks offer, enabling banks to extend what's possible for their customers without rebuilding from scratch. And the horizon extends further still: a world where payments move faster, more autonomously—between devices, platforms, and agents —without anyone needing to press send at all.
For most of its history, money moved at the speed the system allowed. It seems the system might have been sleeping. But it's waking up.
Important information
This content is provided for informational purposes only and does not constitute legal, financial, or investment advice. The described use cases are illustrative only; program providers and participants are responsible for compliance with applicable laws, regulations, and network rules.
References to transaction speed, availability, and settlement timing are illustrative and may vary based on factors including transaction type, geography, regulatory requirements, and participant or network availability.
References to stablecoins or other digital assets are for contextual discussion only. The conversion of cryptocurrency (non‑fiat currency) to fiat currency (e.g., USD, EUR) occurs outside of Visa’s systems. Visa’s involvement in any such use cases, where applicable, is limited to facilitating the movement of fiat currency funds through supported Visa Direct transactions.
This blog contains forward‑looking statements that are subject to risks and uncertainties and are not guarantees of future performance. Actual results may differ materially due to factors beyond Visa’s control.
- Visa Confidential, Global Money Movement and Stablecoin Insights Presentation, 2025.
- Society for Worldwide Interbank Financial Telecommunication (Swift) is a global messaging network used by financial institutions to send payment instructions.
- Visa Confidential, Global Money Movement and Stablecoin Insights Presentation, 2025.