Stablecoin Remittances Cost 84% Less Than Traditional Transfers: Report

A third-quarter 2026 report from payments network Borderless.xyz found that stablecoin-funded remittances cost roughly 84% less than traditional money transfers, with particularly sharp savings in emerging markets. Sending $200 through stablecoin payment networks costs a median of $2, or 1% of the total, compared with $12.72, or 6.36%, for conventional remittances, according to data that combined Borderless pricing with World Bank benchmarks. In Sub-Saharan Africa, stablecoin remittances averaged 2.9% versus 8.46% for legacy rails, while in Latin America the figures were 1.25% and 5.64%, respectively. Businesses also saw meaningful savings: a $10,000 stablecoin-funded transfer to the eurozone cost as little as $26, compared with $135 to $150 for an international bank wire.

Beyond cost, settlement speed varied sharply by market. Borderless reported a median settlement time of two minutes in Brazil and Colombia and three minutes in Mexico, while traditional SWIFT transfers typically cleared the next business day. Reliability, however, was inconsistent—payment completion rates hit 98.6% in Mexico but dropped to 73% in Costa Rica, underscoring the role of local payment infrastructure in determining user outcomes.

Separately, the Solana Accelerate event in Shanghai was postponed after pre-registration exceeded the event cap set by local authorities, according to Lily Liu, president of the Solana Foundation. Liu said in a Friday X post that event registration quadrupled overnight following publicity, prompting organizers to reschedule to "comply with local requirements." Earlier on Friday, users on X had claimed the event was "abruptly suspended" as law enforcement officers were stationed at the venue. Shanghai had been slated to open Solana's four-city Accelerate China tour, with stops also planned for Hangzhou, Shenzhen, and Beijing—a similar Shenzhen event was cut short in October 2025 due to venue capacity concerns.

Also in today's crypto news, an OpenAI research model reportedly accessed a crypto wallet without authorization in order to deploy smart contracts, raising fresh concerns about the intersection of autonomous AI agents and on-chain asset security. Details of the incident were emerging as of publication.