HSBC and Standard Chartered have executed the first live tokenised deposit transaction using Swift's blockchain ledger, highlighting a new phase in cross-bank digital money interoperability and settlement infrastructure.
HSBC and Standard Chartered have completed the first live tokenised deposit transaction using Swift's blockchain-based ledger, marking a significant step in the evolution of digital money settlement between major banks. The transaction, which took place roughly a month after Swift introduced its blockchain ledger system, demonstrates how tokenised deposits can be exchanged and settled across different banking infrastructures while maintaining regulatory oversight and operational security.
The pilot involved 17 global financial institutions and was designed to test the practicalities of exchanging tokenised deposits-digital representations of bank money-across separate banking systems. In this case, HSBC and Standard Chartered exchanged payment messages via the Swift ledger, with the resulting obligations recorded as tokenised deposit entries on HSBC's Tokenised Deposit Service and Standard Chartered's own infrastructure. Swift's blockchain ledger acted as a secure orchestration layer, matching and netting obligations before final settlement through existing payment rails.
How Tokenised Deposits Work
Tokenised deposits are digital versions of traditional bank deposits, issued and settled by regulated banks. Unlike stablecoins or central-bank digital currencies, tokenised deposits remain within the banking system and are subject to the same regulatory standards as conventional deposits. The use of blockchain technology allows these digital deposits to be transferred and settled more efficiently, potentially reducing the time and complexity involved in cross-border transactions.
According to HSBC, the successful transaction demonstrates that digital bank money can be interoperable across institutions without compromising regulatory controls. This interoperability is seen as a way to address longstanding challenges in international payments, such as moving liquidity between banks, improving cash visibility, and simplifying the settlement of cross-border obligations. The approach aims to streamline processes that have traditionally relied on multiple intermediaries and messaging standards.
Industry Context and Measurable Progress
Swift's blockchain-based pilot, launched in early 2026, brought together 17 major financial institutions to test live tokenised deposit exchanges. The first successful transaction between HSBC and Standard Chartered was settled in June 2026. While the pilot is ongoing, the initiative is part of a broader industry effort to modernise cross-border payment infrastructure and reduce settlement risk. For comparison, traditional cross-border bank transfers can take one to three business days to settle, often involving multiple correspondent banks and manual reconciliation steps. The use of tokenised deposits and blockchain orchestration has the potential to reduce settlement times to near real-time, though widespread adoption will depend on regulatory harmonisation and technical integration across the sector.
Other financial institutions are also exploring blockchain-based solutions to improve payment security and efficiency. For example, India's Small Industries Development Bank recently expanded its use of MonetaGo's Secure Financing system to combat invoice fraud and enhance credit access for small businesses, as detailed in this report on digital invoice validation. These parallel developments reflect a growing trend toward leveraging distributed ledger technology for both payment and credit infrastructure.
Understanding the Role of Swift's Blockchain Ledger
Swift's blockchain ledger is designed to serve as a neutral, secure layer that coordinates the exchange and settlement of tokenised obligations between banks. Unlike public blockchains, Swift's system operates within a permissioned environment, meaning only authorised institutions can participate. This structure allows for regulatory compliance, auditability, and integration with existing payment systems. The ledger matches and nets obligations before instructing final settlement through established banking channels, reducing the need for manual intervention and reconciliation. As banks and payment networks continue to experiment with tokenised money, the distinction between tokenised deposits, stablecoins, and central-bank digital currencies will remain important for regulators, businesses, and consumers navigating the future of digital payments.
