Remitly uses Bridge for stablecoin payouts

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Remitly

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Remitly's own partnership with Bridge for stablecoin payouts in Nigeria and Argentina is both a product feature and a defensive hedge against being disintermediated by the same infrastructure.
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This move shows that stablecoin rails are becoming a cost layer every remittance app has to own, not just a crypto add on. In practice, Bridge lets Remitly offer recipients in Nigeria and Argentina a dollar linked payout option, while also giving Remitly a cheaper, always on settlement path behind the scenes. That matters because price pressure in remittances usually starts in the back end, then shows up as lower fees or better FX for users.

  • Remitly is using stablecoins in two concrete ways. It added USDC storage in wallet beta with Circle, and it launched stablecoin payouts through Bridge in Argentina and Nigeria. That means the same infrastructure can help users hold dollar value in volatile markets and help Remitly move money between payout partners faster.
  • The defensive logic is straightforward. If rivals plug stablecoin settlement into their remittance stack, they can cut treasury and payout costs without asking customers to touch crypto at all. PayPal already used PYUSD in Xoom to waive transfer fees, and Zepz moved to scale stablecoin remittances through Fireblocks for WorldRemit and Sendwave.
  • Bridge is especially relevant because it sits one layer below the consumer brand. Stripe documents stablecoin payouts where the platform keeps its balance in fiat and Stripe handles conversion and payout. That lowers the integration burden for any remittance app, which is exactly why partnering early is both feature expansion and insurance.

The next phase is that stablecoins stop being a visible product choice and become default remittance plumbing in high inflation and high friction corridors. As more providers route treasury and payouts this way, the winners will be the apps that pair lower cost rails with trusted local delivery methods, compliance, and strong receiver side distribution.