Global cross-border payments totaled $179 trillion in 2024. Unlike the formal networks that support domestic payments, the system that enables cross-border payments is informal. And by most measures, it’s a system that works.
But it doesn’t work for everyone. Look closer and speed targets are being missed, costs remain well above G20 benchmarks, and entire regions are structurally underserved.
The problem isn’t effort. Significant resources have been directed at improving global payments for years. The problem is architecture. The correspondent banking system—the informal network of interbank relationships that underlies most cross-border transactions—was not designed for the speed, cost, and availability that modern businesses require.
How the Correspondent Banking System Actually Works#
Every cross-border payment involves two things: a message and a money movement. SWIFT handles the messaging; when you initiate a payment, your bank sends instructions that travel institution to institution down the chain. But SWIFT doesn’t move money. Money moves through the correspondent banking network, a system of pre-funded accounts that banks hold with each other.
In the simplest case, your bank holds a pre-funded account at the recipient’s bank, debits it, and the recipient is credited. In practice, that direct relationship often doesn’t exist. When it doesn’t, intermediary banks step in to bridge the gap. Research from BIS shows each additional intermediary adds three to four hours of processing time.
The distribution of those intermediaries is not random. High-volume corridors — US to Canada, Germany to France — tend to have direct bilateral relationships and settle quickly. Low-volume or “thin” corridors require more hops. A payment from New York to Toronto clears in minutes. The same payment to Nairobi or Karachi can take days. That disparity is baked into the architecture.
Where the System Falls Short#
The G20 has set benchmarks for cross-border payments across four dimensions: speed, cost, coverage, and availability. On all four, the system is behind.
On speed, the target is 75% of payments credited within one hour by end of 2027. Currently, 54.6% of wholesale and 46.4% of P2P payments meet that bar. Regional variation is significant: 73% in North America, 24% in Sub-Saharan Africa. The bottleneck is typically the beneficiary leg, where compliance checks, FX conversion, and batch processing windows compound.
On cost, the G20 target is a 1% global average. B2B currently averages 1.6%; P2P averages 2.6%. P2P costs are structurally elevated because roughly $900 billion of the $1.2 trillion in global P2P flows are remittances, with 75% going to low- and middle-income countries. These corridors feature thin competition, wide FX spreads on illiquid currency pairs, and cash-heavy last miles.
On coverage and availability, the picture is similarly uneven. The number of active correspondent banking relationships has declined in every region since 2011, with higher-risk markets down as much as 60%. Fewer direct relationships mean more intermediary hops—and higher costs—in the corridors that can least afford them. And while SWIFT operates continuously, the money movement layer runs on banking hours. A payment initiated Friday afternoon in one timezone may not clear until Monday in another.
What This Costs in Practice#
Cross-border payments volume is increasing by between 5-10% per year, according to estimates. So the structural gaps in correspondent banking aren’t abstract. They create real operational costs for businesses that depend on moving money across borders.
And, with more businesses offshoring operations and leveraging global supply chains each year, the impact of these inefficiencies is only growing.
Let’s look at three sample use cases for businesses dealing in cross-border payments:
- Example 1: A crypto exchange operating across 12 jurisdictions needs to cover withdrawal spikes in real time. When a market move creates a liquidity shortfall in Brazil at 4pm on a Friday, the exchange can’t remediate it until Monday because settlement windows between US and Brazilian correspondent banks don’t align on weekends. The practical response is to hold larger idle balances in every jurisdiction, tying up capital that could otherwise be deployed productively.
- Example 2: A fintech building a global payout product hits a different constraint: coverage. The platform works well in high-volume corridors with established direct relationships, but each new jurisdiction requires rebuilding bilateral banking infrastructure from scratch. Months of relationship-building and regulatory work before a single payment can be processed. Coverage gaps show up in production, not in planning.
- Example 3: A mid-sized technology company running payroll across 22 countries finds that eight settle predictably (where the company has local entities and direct banking relationships). The remaining 14 route through multiple intermediaries. FX is applied at unpredictable points. Each intermediary runs its own AML, KYC, and sanctions screening independently. As a result, the payroll cycle costs 3–4% more than it should, with settlement windows ranging from one to five business days depending on the corridor — and no notification when a compliance flag creates a delay downstream.
A Different Architecture#
Stablecoins are dollars that move on blockchains. That simple difference has significant structural implications for cross-border payments.
In correspondent banking, value moves by adjusting balances in pre-funded accounts across a chain of institutions. In a stablecoin transaction, tokens move directly from one address to another. A cross-border payment can involve two parties rather than six. Compliance is applied once at the orchestration layer, with full on-chain visibility, rather than duplicated by every intermediary in the chain.
The growth numbers reflect this advantage. An estimated $390 billion in payments moved on stablecoin rails in 2025—more than double the prior year. Around 60% of that volume is B2B, concentrated in the US, Singapore, Hong Kong, and Japan. Notably, these are corridors where correspondent banking already performs well. Stablecoins are winning where legacy rails are strongest, which points to structural advantages rather than just filling coverage gaps.
This doesn’t mean stablecoin payments are frictionless today. On/off-ramp infrastructure is uneven across geographies. Gas fees and swap costs apply, though on high-throughput chains they’re negligible for large B2B transactions. And stablecoins don’t speak SWIFT natively—though orchestration platforms can accept SWIFT-formatted instructions and settle on stablecoin rails, allowing enterprises to adopt without rearchitecting their treasury integrations.
Building the Infrastructure Layer#
The correspondent banking system’s shortfalls on speed, cost, coverage, and availability are not fixable through optimization. They’re the result of an architecture built on pre-funded accounts, sequential compliance checks, and settlement windows that only run during business hours.
Dakota is building the infrastructure layer that doesn’t carry those constraints. The platform supports stablecoin and fiat settlement across 100+ jurisdictions, with SWIFT integration, compliance embedded at the transaction level, and settlement that runs 24/7.
For the crypto exchange, that means the Brazil shortfall resolves in minutes, not on Monday morning. For the fintech, expansion into a new market is a configuration discussion, not a months-long project. For the payroll team, costs are predictable and settlement timing is consistent across corridors.
The global payments system is missing its benchmarks because the underlying architecture has limits that no amount of incremental improvement can overcome. The alternative is already in production.