A significant share of today’s money supply exists exclusively in digital form. Salaries are deposited into bank accounts, companies pay suppliers through online banking platforms, and investors purchase securities without any physical transfer of cash. Yet behind the apparent simplicity of these transactions lies a complex infrastructure. Banks maintain their own ledgers, payment systems transmit messages, market participants reconcile data, and final settlement between financial institutions often occurs separately from the transaction itself.
Tokenized deposits emerged as a response to this disconnect between the digital nature of money and the fragmented structure of financial infrastructure. The idea is to bring traditional bank money into an environment where payments, claims, transaction terms, and settlement can be far more tightly integrated than in conventional financial systems.
What Is a Tokenized Deposit?
A tokenized deposit is a digital representation of a bank deposit issued as a token on a programmable platform.
At its core, it is built on the same framework that underpins the traditional banking system. A customer holds a claim on a bank, and the bank is obligated to execute the customer’s payment instructions or return the corresponding funds. What changes is not the economic nature of the deposit, but the way it is recorded and used. Instead of existing solely as an entry within a bank’s internal systems, a deposit claim can be represented as a token or another form of digital record on a distributed or otherwise programmable ledger.
The Bank for International Settlements (BIS) defines tokenization as the creation and recording of a digital representation of a traditional asset on a programmable platform. The European Banking Authority (EBA) has also emphasized that if a tokenized deposit retains the legal characteristics of a deposit, the technology used to record it does not, by itself, transform it into a new type of digital asset.
How Tokenized Deposits Differ From Other Forms of Digital Money
Despite certain superficial similarities, tokenized deposits shouldn’t be grouped with stablecoins, central bank digital currencies (CBDCs), or electronic money (e-money). What these instruments have in common is their digital form. However, each category is built on different issuers, legal frameworks, and backing mechanisms.
The key differences are as follows:
- Stablecoins are digital assets whose value is typically pegged to a fiat currency or another underlying asset. They are issued by private companies and represent either a liability of the issuer or a claim on a reserve pool of assets. These instruments can circulate freely within blockchain ecosystems and depend on the quality of their reserves, redemption mechanisms, and the issuer’s ability to maintain the peg.
- CBDCs are a digital form of national currency issued directly by a central bank. Holders of CBDCs effectively have a claim on the central bank rather than on a commercial financial institution.
- E-money is a distinct category of payment instrument governed by dedicated legislation. It is issued by authorized institutions and represents electronic monetary value intended primarily for payments and fund transfers.
Tokenized deposits are designed to enable the use of bank money within a programmable digital environment. Their defining characteristic, compared with other forms of digital money, is that they are embedded within the existing banking and regulatory framework rather than creating a separate payments ecosystem.
This approach preserves established mechanisms for trust, supervision, and interbank settlement while adapting them to new use cases, ranging from automated payments to the settlement of tokenized assets. Many regulators and international financial institutions view this function as one of the key advantages of tokenized deposits.
How Tokenized Deposits Work
From an economic standpoint, payments made using tokenized deposits are no different from traditional bank transfers. At their core, both involve changes in a bank’s liabilities to its customers. The bank’s obligation to the payer decreases, while its obligation to the recipient increases.
If both parties are customers of the same financial institution, settlement simply involves updating the bank’s internal records. However, when funds are transferred between customers of different banks, an additional layer of interaction comes into play: interbank settlement. In such cases, the sending bank’s liability to its customer is reduced, while the receiving bank assumes a corresponding liability to its own customer. To complete the transaction, the two banks must settle their obligations with one another.
In today’s financial system, the finality of interbank settlement is ensured through the use of central bank money. Tokenization doesn’t alter this fundamental principle. It does, however, enable it to be implemented within a more integrated and automated environment.
One of the key advantages of this approach is the ability to combine several processes that often exist separately within traditional financial infrastructure:
- Verification of transaction conditions
- Transfer of funds
- Transfer of the asset
- Final settlement between participants
As a result, transactions can be executed on an atomic basis, meaning either all required actions occur simultaneously and in full, or the transaction doesn’t take place at all. This mechanism can significantly reduce the risk of partial or uncoordinated fulfillment of obligations by the parties involved.
Why Interest in Tokenized Deposits Is Growing
Growing interest in tokenized deposits is being driven by several trends that are gradually reshaping financial infrastructure.
First and foremost is the push to improve the efficiency of settlement processes. Under the traditional model, a financial transaction often involves multiple intermediary steps, including message exchanges between participants, data reconciliation across different recordkeeping systems, additional verification procedures, and the subsequent completion of settlement. This multilayered architecture increases operational costs and slows the movement of capital.
Another important factor is the growth of the stablecoin market. Despite differences in their legal structure and operating models, stablecoins demonstrated sustained demand for digital monetary instruments that can operate around the clock and support the automated execution of transactions. At the same time, their growing adoption drew regulators’ attention to issues such as the reliability of reserve backing, legal certainty, and user protection.
The expansion of the tokenized asset market has also played a significant role. In recent years, financial institutions increasingly experimented with digital representations of bonds, money market fund units, debt instruments, and other financial claims. Yet the full potential of these solutions can only be realized when a suitable settlement instrument is available. If an asset exists within a programmable digital environment while the associated cash settlement relies on traditional infrastructure, some of the benefits of tokenization are inevitably lost. As a result, the growth of tokenized assets naturally increases demand for a digital form of bank money that can operate within the same environment and according to the same principles.
A clear sign of growing interest in the technology is the emergence of projects that are already being used in real-world operations. By 2026, Kinexys by J.P. Morgan had processed more than $3 trillion in cumulative transaction volume using tokenized deposits, while the platform’s average daily settlement volume exceeded $5 billion.
For a closer look at how the world’s largest financial institutions are using tokenized deposits in practice, read CP Media’s dedicated report.
Architecture of Future Monetary Infrastructure
In BIS reports, the future of monetary infrastructure is often linked to the concept of a unified programmable ledger. This term doesn’t necessarily refer to a single global blockchain network serving all banks and markets. Rather, it describes an architecture in which all components are technically and legally interoperable to the extent that transactions can be executed within a single settlement layer.
This model can be viewed as consisting of three tiers:
- Central bank money, which serves as the settlement foundation for banks and ensures the finality of interbank settlement.
- Tokenized deposits issued by commercial banks, which form the customer money layer through which businesses and financial institutions can make payments and settle transactions.
- Tokenized assets, including securities, fund interests, debt instruments, and other rights that exist and circulate in digital form.
This framework preserves the two-tier monetary system. The central bank remains the source of the ultimate settlement asset, while commercial banks continue to issue bank money to customers. The core idea is that different forms of money and assets can operate within a more integrated environment. It is in this context that tokenized deposits gain practical relevance. They serve as a bridge between the traditional bank account and the emerging market for programmable financial instruments.
A separate question that still lacks a definitive answer is whether such a system must rely on blockchain or other forms of distributed ledger technology (DLT). At present, there is no clear consensus, as the answer largely depends on the intended use case. When multiple organizations need to maintain a shared record without a single central operator, a distributed ledger may offer clear advantages. In a closed banking environment with centralized governance, however, other technological approaches may be equally viable.
In this context, the defining characteristic of a tokenized deposit is not the use of blockchain infrastructure. Rather, it is the ability of a digital record to function as part of a programmable settlement process.
Potential Use Cases and Benefits of Tokenized Deposits
The earliest applications of tokenized deposits are likely to emerge within institutional and corporate financial infrastructure. For banks, large corporations, and participants in capital markets, the speed of settlement, lower operational costs, the ability to automate complex transactions, and the flexibility to operate beyond traditional banking hours are all critical considerations.
The most natural use cases include:
- Settlement of tokenized securities. Money and assets can be transferred simultaneously, reducing the risk that one party fails to fulfill its obligations.
- Foreign exchange transactions. Currency exchanges can be structured around synchronized execution, where payment in one currency occurs only if the corresponding payment in the other currency is completed.
- Corporate liquidity management. Multinational companies can move funds between subsidiaries more quickly and according to predefined rules.
- Conditional payments. Funds can be released only after a specific event occurs, such as confirmation of delivery, fulfillment of a contractual obligation, or completion of a verification process.
- Interbank settlement. Banks can update their obligations to customers and complete their own settlements within a more tightly integrated infrastructure.
- Reduced reconciliation costs. When participants rely on a shared record, discrepancies between internal systems and external confirmations can be significantly reduced.
The value of tokenized deposits lies in their ability to make bank money part of more sophisticated programmable digital processes, where transactions are executed according to predefined logic. At the same time, they remain connected to the regulated banking system, which distinguishes this approach from many open cryptocurrency models.
That said, the model also comes with limitations. Widespread adoption will require clear rules governing the legal status of tokenized deposits, customer protection frameworks, participant identification requirements, platform resilience standards, and the handling of potential system failures. In addition, the near-instant movement of funds could amplify liquidity risks for banks during periods of financial stress. As a result, regulators view tokenized deposits not merely as a technological innovation, but as a potential component of the future financial system that requires a careful and systematic approach.
Ultimately, tokenized deposits can be seen as an attempt to combine the reliability of regulated bank money with the flexibility of programmable digital infrastructure. As asset tokenization continues to advance, the market needs a settlement instrument that is familiar to banks, acceptable to regulators, and well-suited to automated transactions. Tokenized deposits are positioned to serve precisely that role as a more technologically advanced form of money designed for an increasingly innovative financial environment.
