In the past few years, an important path for blockchain to enter financial markets has been to turn traditional assets such as government bonds, funds, and stocks into on-chain assets. But the ability to buy and sell assets on-chain does not mean that payment and asset delivery can also be completed synchronously: What money does the buyer use to pay? How are funds linked to asset delivery?
Recently, banks in the United States, the United Kingdom, and Canada have successively advanced tokenized deposits; Europe has begun to connect tokenized asset transactions to the central bank money settlement system. The solutions they adopt differ, yet they point to the same question: when assets move on-chain, the "money" in the financial system also needs to find a way to connect with them.
Banks begin to act
On September 24, the U.S. payment clearing institution The Clearing House announced that it had selected fintech company Quant to provide technical support for its On-Chain Money Initiative. The project plans to build an interbank network that allows participating institutions to clear and settle tokenized deposit transactions and connect with the existing RTP real-time payment network and the CHIPS large-value payment clearing system. Quant is responsible for providing technical capabilities such as network interoperability, transaction orchestration, and transaction management. According to the current plan, the network is expected to open to participating financial institutions in the first half of 2027.
On the same day, the UK financial industry organization UK Finance announced further progress: the Great British Tokenised Deposit (GBTD) project, with the participation of seven banks, has completed the first batch of real customer transactions using tokenized pound deposits. Participating institutions include Barclays, HSBC UK, Lloyds Banking Group, Monzo, Nationwide, NatWest, and Santander, and the transactions were completed through a shared platform developed by Quant.
These transactions are not simply transferring money from one account to another. In a transaction where a consumer buys goods from a private seller, the funds in the buyer's account are first locked and then released after the goods are successfully handed over; in two refinancing transactions, the funds are also released according to preset conditions when the transaction is completed. Payment can therefore be linked to the transaction process, but whether real-world conditions have been met still requires a reliable confirmation mechanism.
On September 22, six major Canadian banks announced that they would jointly explore a Canadian dollar tokenized deposit solution. The first phase of the project focuses on how tokenized deposits circulate among different financial institutions, while the long-term goal is to connect with other digital asset projects. It is still in the exploration stage, and is not at the same stage as the real customer transactions already completed in the UK.
Europe's path is different again. On September 21, the Eurosystem launched Pontes, enabling wholesale transactions of tokenized assets to be settled using central bank money. Pontes is not a tokenized deposit project, but it responds to the same type of need: when assets are traded on distributed ledgers, how settlement funds can be connected to the existing monetary system.
What are tokenized deposits?
Tokenized deposits can be understood as a digital representation and transfer method of commercial bank deposits. Their foundation is still the deposit relationship between the customer and the bank, only with the help of new ledgers and technical arrangements, allowing deposits to circulate in the corresponding network and supporting functions such as conditional payments. The specific legal structure, recording method, and applicable protections still depend on the institutional arrangements of each project and its region.
It looks similar to stablecoins, and the difference lies in where the "money" comes from. Stablecoins are usually issued by an issuer and maintain a value relationship with fiat currency through mechanisms such as reserve assets; tokenized deposits represent deposits within the commercial banking system. Both may be used for digital payments, but the corresponding issuers, rights relationships, and use cases are not exactly the same.
Banks are paying attention to tokenized deposits not just to give existing deposits a different form of record. The more valuable capability is to combine payment with transaction conditions: funds can be locked first and released after agreed conditions are confirmed. The UK GBTD transactions demonstrated the application of this capability in goods purchases and refinancing. If in the future asset delivery, condition verification, and payment can be linked more smoothly, some processes that require repeated confirmation and cross-system information transmission may have the opportunity to be simplified.
Connection is the key
A bank representing and transferring deposits within its own system is only the first step. The harder part is how funds from Bank A can reach Bank B safely and efficiently; how different ledgers can identify the same transaction; and how on-chain payments can connect with existing payment networks, asset trading platforms, and central bank money settlement systems.
If every institution builds its own closed network, the financial market may simply end up with a new batch of "data islands." This is also why recent projects have repeatedly emphasized interoperability.
The U.S. project plans to connect the tokenized deposit network with RTP and CHIPS; Canada first studies interbank circulation; the UK verifies actual cross-institutional transactions through a shared platform; and Europe's Pontes, from another direction, connects tokenized asset transactions with central bank money settlement. They do not adopt exactly the same technical route, but they are all dealing with the connection problem among funds, assets, and existing financial infrastructure.
Will stablecoins be replaced?
It is still too early to draw this conclusion now. Stablecoins have already been applied in scenarios such as crypto asset trading and on-chain finance; tokenized deposits rely on bank deposit relationships and are more easily combined with banks' existing accounts, compliance, and payment systems. Central bank money also plays a different role in final settlement between financial institutions.
What is more likely to emerge in the future is not one type of digital currency covering all scenarios, but multiple forms of money operating in their respective applicable networks and gradually establishing connections. Whether this can be achieved still depends on common standards, cross-institutional collaboration, risk control, and the cost and efficiency in real scenarios.
In the past, the focus of RWA discussions was "what assets can go on-chain." Now, a more specific question has emerged: After assets go on-chain, can the money to settle them keep up?
From real customer transactions in the UK, to interbank network exploration in the United States and Canada, and then to Europe connecting central bank money to tokenized asset settlement, financial institutions are separately looking for answers. The next stage of blockchain finance may not depend on how many new types of assets appear on-chain, but on whether assets, funds, and the existing financial system can reliably complete every delivery.
*This article is for reference only and does not constitute any investment advice. Markets carry risks, and investment should be approached with caution.
