Key Highlights
- A tokenized deposit is a bank deposit that the issuing bank has put on a distributed ledger. Banks use them to pay suppliers, settle cross-border transactions and move a client's cash between its own accounts.
- Stablecoins do some of the same work. Brookings lists cross-border payments and small-value remittances among their common uses today, alongside crypto trading.
- A tokenized deposit cannot reach a counterparty outside the issuing bank's clearing network.
- A stablecoin cannot carry deposit insurance, because it is not a deposit. Whereas Nacha describes tokenized deposits as potentially preserving deposit insurance eligibility.
- Neither is uniformly better on returns. In the US, GENIUS Act stops a permitted payment stablecoin issuer from paying one. But there are still yield-bearing stablecoins in existence.
Tokenized deposits and stablecoins both get described as digital dollars, and both with similar use cases. The practical question in tokenized deposits vs stablecoins is not what each one does. It is how far each one reaches. A tokenized deposit travels through the issuing bank's clearing network, so who can receive it depends on which banks that network touches. A stablecoin reaches any wallet. Most published comparisons argue monetary theory instead, because banks and central banks wrote them.
What are tokenized deposits?
A tokenized deposit is a commercial bank deposit recorded as a token on a distributed ledger. Nacha defines tokenized deposits as "digital representations of traditional bank deposits recorded on a distributed ledger, such as a blockchain."
The issuing bank remains the obligor. Money held as a tokenized deposit stays a claim on that specific bank, governed by the account agreement the client already signed. Only the settlement mechanism changes.
What is the difference between tokenized bank deposits and stablecoins?
A tokenized bank deposit is a claim on the bank that issued it, and a stablecoin is a claim on its issuer or protocol. Six dimensions separate them. The last one divides stablecoins, because the GENIUS Act's interest prohibition binds only a permitted payment stablecoin issuer.
What are tokenized deposits used for?
- Paying external parties, including across borders. Funds reach suppliers and third parties that hold accounts inside the issuing bank's clearing network. Settlement is near-instantaneous even across time zones, and transaction costs can be lower.
- Payments that fire on a condition instead of an instruction. Funds can be held in tokenized form and released automatically once delivery or a transfer of ownership is verified. This is the programmable part, and it is the one a conventional transfer cannot do.
- Moving a client's cash between its own accounts. Internal liquidity transfers inside the bank's own network, which cuts the cash a business has to tie up in a foreign account in advance.
- Securities settlement. Atomic delivery versus payment, where the security and the cash change hands simultaneously.
Uses 1 and 3 are described by Citi for its own service. Uses 1, 2 and 4 are named by KPMG as institutional deposit-token use cases.
For finance teams already managing balances held on-chain, the appeal is that the money never leaves the banking system.
Which banks have tokenized deposits?
Two of the largest US banks run tokenized-deposit systems in production today, and both restrict access to their own institutional clients.
J.P. Morgan operates Kinexys, a bank-led blockchain platform for asset movement, tokenization and settlement, which includes the Blockchain Deposit Account described above.
Citi runs Citi Token Services, launched in 2024 on a private permissioned blockchain. As of its September 2025 announcement, Citi reported the service live in the US, UK, Singapore and Hong Kong.
Tokenized deposits vs stablecoins: what decides how far each one reaches?
The issuing bank's clearing network decides how far a tokenized deposit reaches. Citi puts its own network at more than 250 banks, and lets clients pay suppliers and third parties that hold accounts inside it. The token itself never leaves the bank's ledger. A separate clearing layer carries the value out to accounts at other institutions. Reach is therefore a property of the bank's network rather than of the token.
A stablecoin does not require network arrangement at all. It is a bearer instrument, so anyone with a compatible wallet can receive one without the issuer's prior permission. A tokenized deposit may instead require its holder to already have a relationship with the issuing bank. The New York Fed treats that contrast as what determines how far each form of money travels. Total stablecoin supply stood at $312.0 billion as of September 2026, per DefiLlama.
Reach is not the only trade-off. A tokenized deposit carries bank recourse and, per Nacha, the deposit insurance eligibility of the underlying deposit, and a bank can pay interest on it. A payment stablecoin issuer cannot pay interest, under GENIUS Act Section 4(a)(11), and a stablecoin that does pay its holders a return is not a payment stablecoin under the Act. The same tension appears in on-chain cash in tokenized securities markets.
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