U.S. Bank, one of the largest commercial banks in the United States, has reached a major milestone in its stablecoin initiative. The bank completed its first live cross-border payment using USBDC, its proprietary U.S. dollar-backed stablecoin.
The transaction took place between U.S. Bank entities in North America and Europe. The bank used the Stellar blockchain to transfer USBDC.
The pilot demonstrated the bank’s ability to use its stablecoin in a live payment transaction. However, USBDC is not yet available to customers and has not been launched publicly.
U.S. Bank completes live payment with USBDC
According to an announcement from U.S. Bank, the pilot tested several stages of the bank’s digital asset infrastructure. These included minting, transferring and subsequently redeeming USBDC.
The bank also tested control features such as freezing and clawing back tokens. These functions could help bring traditional banking compliance and risk management processes onto the blockchain.
USBDC was developed as a private stablecoin pegged to the U.S. dollar. U.S. Bank did not provide detailed information about the token’s reserves or total supply.
During the live transaction, USBDC moved between U.S. Bank entities in North America and Europe. The pilot therefore tested the use of blockchain technology for cross-border corporate payments.
USBDC operates on the Stellar network
U.S. Bank selected the Stellar network for the stablecoin transaction. Stellar is among the blockchains designed for cross-border transfers and tokenized asset transactions.
The bank first announced in November 2025 that it was testing custom stablecoin issuance on Stellar. U.S. Bank launched the project in cooperation with the Stellar Development Foundation and consulting firm PwC.
The latest pilot shows that the project has progressed from a controlled test environment to a live transaction. U.S. Bank also validated its internally developed Digital Asset Platform during the process.
The platform connects blockchain networks to the bank’s existing financial and operational systems. It also integrates compliance, risk management and internal control processes into digital asset transactions.
How could U.S. Bank use its stablecoin?
U.S. Bank is evaluating several institutional use cases for USBDC. Cross-border treasury operations and global cash management are among its main areas of interest.
The bank will also explore using the stablecoin for liquidity management and collateral transfers. Blockchain-based transactions can operate outside the working hours of traditional financial systems.
This structure could help multinational companies move cash more quickly between different markets. Stablecoins may also reduce the number of intermediaries involved in payment and settlement processes.
U.S. Bank Chairman and CEO Gunjan Kedia said the live pilot demonstrated the bank’s ability to accelerate global cash management. Kedia added that the project supports U.S. Bank’s efforts to strengthen its money movement capabilities.
No launch date announced for USBDC
U.S. Bank has not disclosed when USBDC could become available to customers. The bank also provided no timetable for a broader commercial launch.
The development therefore represents an advanced live pilot rather than a public market launch. It also remains unclear whether USBDC will eventually trade on cryptocurrency exchanges.
U.S. Bank currently appears focused on using USBDC for institutional payment processes rather than offering it to retail users. Its first potential applications could include treasury management, liquidity transfers and collateral movement.
The development comes as traditional financial institutions show growing interest in the stablecoin market. A group of 21 financial institutions, including Bank of America, Citi, Goldman Sachs and UBS, is also preparing a shared U.S. dollar stablecoin.
The consortium plans to launch its stablecoin in the first half of 2027. U.S. Bank’s live USBDC transaction shows that major banks have already started testing their own blockchain-based payment infrastructure.
