US banks are building blockchain systems chiefly to place commercial-bank deposits on programmable ledgers without giving up the deposit relationship. In this model, the digital token is meant to represent money that remains a liability of the issuing bank and is redeemable at par with an ordinary deposit. That is materially different from a bank simply facilitating crypto trading or issuing an independently backed stablecoin.
The competitive pressure comes from stablecoins, which can offer programmable and cross-border digital payments and may compete for transaction balances. Federal Reserve research says banks have responded not only by developing tokenized deposits, but also by serving stablecoin issuers and offering custody or related services. The Fed’s research frames this as a banking-sector response to a new form of payments competition, rather than a wholesale replacement of the conventional deposit system.
Tokenized deposits keep money on a bank’s balance sheet
A tokenized deposit is a digital representation of a customer’s deposit claim against a bank. The Bank for International Settlements describes banks’ efforts as putting commercial-bank money onto programmable ledgers while retaining the underlying funds as bank liabilities. In other words, tokenization changes how the claim can be recorded, transferred and used; the bank still owes the customer the money.
The BIS account says such deposits are intended to be redeemable at par with traditional deposits. Calling a deposit “tokenized” does not turn it into a free-floating crypto asset: it creates a new transaction rail for a familiar bank liability.
Why stablecoins changed banks’ incentive to build ledger infrastructure
Stablecoins have shown that digital money can be transferred through software, used across borders and incorporated into automated processes. For institutions, that opens a way to schedule payments, collateral movements and treasury actions under conditions set in code.
The banking incentive follows from where the money sits. If customer payment activity and transactional balances move to systems in which the bank is no longer the issuer of the settlement money, stablecoins become more than a popular payment instrument. Federal Reserve research describes a range of bank responses, including tokenized deposits, services for stablecoin issuers, custody and related offerings.
The bank-issued deposit token is one such response: commercial bank money remains a bank liability, but is represented on a programmable ledger with features associated with blockchain-based payments. In that setting, institutional payments, collateral transfers, treasury management and transactions involving ledger-based assets or processes can move more continuously and programmably. The proposition is aimed at institutional money movement, not at making a token necessary for ordinary spending by every customer.
How permissioned ledgers make deposits programmable
Most bank designs begin with controlled access rather than an unrestricted network. A permissioned ledger limits participation to approved parties, allowing the bank and its institutional clients to operate within a defined set of access, governance and compliance arrangements. The issuer creates the deposit claim on the ledger, and authorized users can transfer or deploy it according to the platform’s rules.
Programmability means that transfers can be linked to predetermined instructions. In practice, that could support treasury management, collateral-related activity or a payment that occurs only when specified conditions are met. J.P. Morgan’s Kinexys platform describes deposit tokens as enabling institutions to use regulated bank deposits on public or private blockchains for 24/7 settlement, collateral, treasury management and programmable transactions. Kinexys’ description is a statement of the platform’s intended institutional uses, not evidence that every use case is already broadly deployed.
The components are straightforward in principle:
- The issuing bank maintains the deposit liability and sets the terms for its tokenized form.
- Approved users hold and transfer the token within the permitted arrangement.
- The ledger records transfers and can apply transaction rules.
- Connected assets or systems may allow the deposit token to settle a purchase, support collateral activity or feed a treasury workflow.
Permissioning does not make a system frictionless or eliminate all risk. It does, however, reflect why banks’ versions of blockchain infrastructure are likely to look different from open crypto networks: banks are trying to combine programmable settlement with controlled participation and a regulated deposit claim.
Continuous settlement and atomic delivery-versus-payment are the operational case
The operational case is clearest where today’s processes involve timing gaps. Blockchain-based settlement can operate continuously and support near-real-time transfers, according to a Federal Reserve Board speech. It can also support atomic delivery-versus-payment, meaning an asset and its payment settle simultaneously. The Federal Reserve’s explanation says these features may reduce settlement delays, counterparty exposure and liquidity-management friction.
Consider a simplified institutional transaction. One party is due to deliver an asset and another is due to deliver payment. In a conventional sequence, one leg may be completed before the other, creating a period in which one side has performed while awaiting the counter-performance. With atomic delivery-versus-payment, the ledger is designed to complete both legs together or neither of them. The value lies in synchronizing the exchange, not in making credit or market risk disappear.
Continuous availability can also matter for firms operating across time zones or managing liquidity outside traditional processing windows. Deposit tokens are being positioned as a way to move regulated bank money in those settings, while keeping the money tied to the issuing bank’s liability rather than converting it into a separate settlement asset.
JPMD shows how a bank deposit token can extend onto a public chain
J.P. Morgan’s JPMD offers a concrete illustration of the approach. In June 2025, the bank announced JPMD, a US-dollar deposit token being piloted on Base for institutional clients. J.P. Morgan positioned it as a bank-backed alternative to stablecoins for near-instant settlement and liquidity movement. The announcement is notable because it describes a bank deposit token being tested on a public blockchain environment, rather than only within a wholly private bank network.
The pilot should not be confused with universal availability or proof that one structure will suit every bank. But it shows how the boundary between public and private infrastructure can be more nuanced than a simple either-or choice. A bank can seek controlled institutional use of its deposit liability while connecting that use to a public-chain setting.
Kinexys separately describes public and private blockchains as possible environments for institutional deposit-token use. The key question is not simply which chain is used. It is how access, the bank’s liability, transaction rules and settlement arrangements are structured around it.
Interoperability, legal treatment and faster runs limit the promise
Interoperability is a major practical hurdle, according to BIS research. Banks may operate separate tokenized-deposit platforms or develop a shared programmable platform, but widespread use requires systems to connect across institutions and settlement assets. Fragmented platforms can limit the broader payment utility of tokenized money.
The BIS identifies cyber and operational vulnerabilities and legal uncertainty over deposit treatment and insurance. It has also warned that tokenized money could enable faster withdrawals during a crisis, potentially amplifying bank-run dynamics.
Tokenization does not by itself ensure interoperability or resolve legal questions about a particular product. Its practical promise depends on the rules governing the deposit token, the systems it can reach and the resilience of the institutions operating it.
Frequently Asked Questions
Are tokenized deposits the same as stablecoins?
No: the intended structure is a token that represents the issuing bank’s deposit liability and redeems at par with an ordinary deposit. Although stablecoins can serve similar digital-payment functions, banks are pursuing deposit tokens to keep commercial-bank money within the bank-deposit framework.
Are tokenized deposits insured?
Because BIS materials identify legal uncertainty around deposit treatment and insurance as a significant issue, the applicable treatment cannot be assumed from the label; it depends on the product’s legal structure and relevant rules.
Why do banks favor permissioned networks?
Permissioned arrangements allow access to be limited to approved participants and enable defined governance around the transfer of a bank-issued deposit claim. They are intended to bring controlled institutional use to programmable ledger technology.
What does atomic delivery-versus-payment mean?
It means the asset leg and payment leg of a transaction settle at the same time. If properly implemented, that can reduce the exposure created when one side delivers before receiving what it is owed.
Do tokenized deposits make all bank payments instant?
No. Blockchain-based systems can support continuous operation and near-real-time transfers, but results depend on the particular platform, connected institutions and settlement arrangements. Fragmentation and weak interoperability remain material constraints.
Is JPMD available to all retail customers?
J.P. Morgan announced JPMD as a pilot on Base for institutional clients. The announcement does not establish broad retail availability.
