Tokenized deposits are digital twins of bank deposits placed on a distributed ledger. The key difference from traditional accounts: the asset does not move physically but changes form. The financial institution issues a token against an existing obligation to the client, and this token begins its own life on the blockchain. The deposit itself remains on the bank's balance sheet, subject to the same insurance system and regulatory oversight. Only the delivery mechanism changes: instead of slow correspondent channels with fixed operating hours, there are instant and round-the-clock transfers.
How does it work?
The process consists of three steps: issuance, transfer, and redemption. The bank accepts a deposit, creates an equivalent number of tokens on the ledger (usually 1:1), and transfers them to the client. The holder can transfer them directly to a counterparty, bypassing a chain of intermediaries. The recipient either keeps the tokens in digital form or converts them back into fiat.
A key feature is programmability. Smart contracts allow embedding conditions into the transfer that trigger it automatically: confirmation of goods delivery, reaching a liquidity threshold, or a specific payment date. Only verified clients of a specific issuer can participate — this is limited access within one bank or a related group.
How are they different from stablecoins?
Externally, both instruments look similar: a digital token pegged to the dollar or another currency. But the architecture is fundamentally different. A stablecoin is issued by a non-bank company, backed by a pool of reserves (usually U.S. Treasury bonds). It circulates as a bearer asset — sending it requires only a crypto wallet, no identity verification is needed.
A tokenized deposit is a bank's obligation, not a reserve pool. Exchange occurs on a permissioned blockchain where only verified clients participate. This provides regulatory protection (deposit insurance, oversight) but limits distribution. As economists at the Federal Reserve Bank of New York precisely put it: a stablecoin is "safe money" for settlements outside the banking system, while a tokenized deposit remains within the traditional model and continues to participate in lending.
Why is this useful for business?
The most obvious scenario is settlements. In September 2025, HSBC conducted the first cross-border transaction with a tokenized deposit between Hong Kong and Singapore for Ant International in real time, eliminating the time zone effect from the treasury function. The second scenario is collateral for transactions: a token can be pledged for a loan or margin requirement without withdrawing funds from the account. The third is embedded payment logic: a transfer triggers only when a specified condition is met, without manual operations.
Example: a corporation with operations in Hong Kong, Singapore, and London consolidates free funds between legal entities at the end of the day. In the traditional system, this goes through correspondent channels with multi-day settlement and manual reconciliation. With a tokenized deposit, it happens instantly and automatically, with conditions embedded directly into the transaction.
Who has already launched?
JPMorgan is promoting the JPMD token through its Kinexys division (formerly Onyx). In November 2025, it was launched on Coinbase's Base mainnet, but access remained limited to institutional clients. HSBC launched the Tokenised Deposit Service in May 2025 for Hong Kong, conducted the first cross-border transaction by September, and expanded to the UK and Luxembourg by the end of the year. BNY presented a similar service in January 2026. In July 2026, Swift joined the development of the technology, launching a pilot of a common blockchain ledger for cross-border payments with participation from 17 banks across five continents.
Risks and limitations
The main practical risk is lack of common infrastructure. Most programs are confined within the ecosystem of a single bank. It is not yet possible to transfer an asset directly from JPMorgan to HSBC. To address this issue, in June 2026, 17 major U.S. financial organizations announced the creation of a joint infrastructure through The Clearing House. The launch is scheduled for the first half of 2027.
The second factor is technological risks: errors in smart contract code and a shorter track record of distributed ledger operation compared to classical systems. The third is limited access: the instrument is justified only when the sender and recipient are clients of the same organization or connected through interoperability infrastructure.
My forecast: tokenized deposits will become the standard for corporate treasuries within the next 3-5 years, but their mass adoption hinges on the creation of a unified clearing network. Until banks agree on a common ledger, the instrument will remain a powerful but niche solution for intra-bank settlements and programmable payments.