One of the main ways blockchain has entered financial markets in recent years has been through the tokenization of traditional assets such as government bonds, funds and equities. But putting assets on-chain does not automatically solve the payment side of a trade. Buyers still need a form of money to pay with, and that money has to connect cleanly with delivery and settlement.
That is the issue now being addressed by a new set of projects across the United States, the United Kingdom, Canada and Europe. Banks in North America and the UK are advancing tokenized deposit models, while Europe is linking tokenized asset transactions to settlement in central bank money. The structures differ. The underlying question does not.
US, UK, Canada and Europe are taking different routes
On Sept. 24, US payments and clearing operator The Clearing House said it had chosen fintech firm Quant to provide technology support for its On-Chain Money Initiative. The project is designed to build an interbank network that would allow participating institutions to clear and settle tokenized deposit transactions, while also connecting to the existing RTP real-time payments network and the CHIPS large-value payment system.
Quant is set to provide interoperability, transaction orchestration and transaction management capabilities for the network. Under the current plan, the platform is expected to open to participating financial institutions in the first half of 2027.
Also on Sept. 24, UK Finance reported a more advanced milestone. The Great British Tokenised Deposit, or GBTD, project, which involves seven banks, completed its first live customer transactions using tokenized pound deposits. The participating institutions were Barclays, HSBC UK, Lloyds Banking Group, Monzo, Nationwide, NatWest and Santander. The transactions were carried out through a shared platform developed by Quant.
Those transactions went beyond a simple transfer from one account to another. In one case, a consumer bought goods from a private seller, with funds in the buyer’s account locked first and released only after the goods were successfully handed over. In two refinancing transactions, funds were also released when preset conditions were met at completion. That setup allows payment to track the progress of a transaction, though confirmation of whether real-world conditions have actually been satisfied still requires a reliable verification mechanism.
On Sept. 22, six major Canadian banks said they would jointly explore a tokenized Canadian dollar deposit model. The first phase will focus on how tokenized deposits can move between different financial institutions, with a longer-term goal of connecting to other digital asset projects. The report said the work remains at an exploratory stage, unlike the UK project, which has already completed live customer transactions.
Europe has taken a different path. On Sept. 21, the Eurosystem launched Pontes, allowing wholesale trades in tokenized assets to settle in central bank money. Pontes is not a tokenized deposit project, but it addresses the same category of need: when assets trade on distributed ledgers, how settlement funds connect to the existing monetary system.
What tokenized deposits are, and how they differ from stablecoins
Tokenized deposits can be understood as a digital representation and transfer mechanism for commercial bank deposits. The underlying relationship remains the same deposit relationship between a customer and a bank. What changes is the ledger and technical arrangement used to let those deposits circulate within a given network and support functions such as conditional payments. The exact legal structure, recording method and protections still depend on the design of each project and the rules in each jurisdiction.
They may look similar to stablecoins, but the source of the money is different. Stablecoins are generally issued by an issuer and maintain their link to fiat currency through reserve assets or similar mechanisms. Tokenized deposits, by contrast, represent deposits that already sit within the commercial banking system. Both can be used in digital payments, but the issuing entity, legal claims and use cases are not the same.
Banks are not looking at tokenized deposits only as a new way to record existing balances. The more valuable feature is the ability to tie payment to transaction conditions. Funds can be locked first and released once agreed conditions are confirmed. The UK’s GBTD transactions showed how that can work in goods purchases and refinancing. If asset delivery, condition checks and payment can be linked more smoothly, some processes that now require repeated confirmation and information handoffs across separate systems could be simplified.
Connection, not just tokenization, is the hard part
A single bank representing and transferring deposits within its own system is only the first step. The harder problem is how money from Bank A can move safely and efficiently to Bank B, how different ledgers can identify the same transaction, and how on-chain payments can connect with existing payment rails, trading venues and central bank settlement systems.
If each institution builds its own closed network, the result may simply be a new set of data silos. That is why interoperability has become a recurring theme across these projects.
The US initiative plans to connect a tokenized deposit network with RTP and CHIPS. Canada is starting with interbank circulation. The UK has used a shared platform to test live cross-institution transactions. Europe’s Pontes approaches the issue from another angle by linking tokenized asset trading to settlement in central bank money. The technical routes are not identical, but each project is dealing with the same basic challenge: how to connect money, assets and existing financial infrastructure.
It is too early to say stablecoins will be replaced
It is still too early to draw that conclusion. Stablecoins are already used in crypto asset trading and on-chain finance. Tokenized deposits are tied to bank deposit relationships and fit more naturally with existing bank accounts, compliance frameworks and payment systems. Central bank money serves a different role in final settlement between financial institutions.
A more likely outcome is not that one form of digital money will cover every use case, but that several forms of money will operate across different networks and gradually build links between them. Whether that happens will depend on shared standards, cross-institution coordination, risk controls, and the cost and efficiency of real-world deployment.
For some time, discussion around real-world assets, or RWA, focused on which assets could move on-chain. A more specific question is now taking shape: once the asset is on-chain, can the money used to settle it keep up?
From the UK’s live customer transactions, to interbank network exploration in the US and Canada, to Europe’s use of central bank money for tokenized asset settlement, financial institutions are testing different answers. The next phase of blockchain finance may depend less on how many new assets appear on-chain and more on whether assets, money and the existing financial system can complete each transfer reliably.
This article is for reference only and does not constitute investment advice. Markets involve risk. Investment decisions should be made with caution.