Replacing Correspondent Banking with Stablecoins
Stablecoins and fintech infrastructure
The claim points to a full stack attack on correspondent banking, not just a cheaper wire. Layer2 is trying to replace the chain of intermediary banks, delayed settlement, trapped float, and opaque status tracking that make cross border payments slow and expensive today. In practice, that means letting fintechs and banks move value over stablecoin rails, then convert and deliver funds locally, without prepositioning cash in every corridor like Wise or waiting on multi hop SWIFT messages.
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Layer2 sells infrastructure to fintechs, neobanks, payment processors, and banks. A customer can off ramp USDC into USD, then send payroll, supplier payments, or local payouts in multiple currencies from one place. In one cited example, a $2.5M international settlement completed in a few hours, and a USD to EUR transfer reached the destination bank in about 60 minutes.
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The real comparison is not Visa or cards, it is SWIFT versus a hybrid stablecoin payment stack. SWIFT is mainly a messaging layer between banks, while money often moves through several correspondents. Wise and Revolut improve retail transfers by holding balances around the world, but they still periodically net settle and still touch SWIFT for final rebalancing in many corridors.
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Other stablecoin infrastructure companies are aiming at the same bottleneck from different angles. Reap focuses on money in motion for fintech builders in markets where traditional banking coverage is thin, while Rain focuses on making stablecoin balances spend like normal cards. Across the category, the shared bet is that stablecoins become the settlement layer underneath familiar fintech products.
Over the next decade, the winners will be the platforms that combine open digital rails with regulated local delivery in each major corridor. As more banks, fintechs, and remittance providers plug into that model, cross border payments should start to look less like international wires and more like internet messaging, fast, always on, and largely invisible to the end user.