Tokenized Deposits vs Stablecoins: How Bank Money Moves On-Chain

Last verified: 2026-08-24

J.P. Morgan now lets institutional clients move a bank deposit over Base, the Ethereum Layer 2 network built by Coinbase. The token is called JPM Coin, ticker JPMD. It can move around the clock, settle transactions and be converted back into dollars at J.P. Morgan.

It is not a stablecoin.

That distinction is becoming important as banks put more of their own money on blockchain infrastructure. Stablecoins and tokenized deposits can both represent one dollar, both can support programmable payments and both can settle on-chain. Economically, however, the holder owns a different claim.

A USDC holder has a claim within Circle's stablecoin structure, supported by a segregated reserve of cash and highly liquid assets. A JPM Coin holder has a bank deposit claim on J.P. Morgan. The bank does not need to place one Treasury bill in a separate reserve for every token it issues. The deposit remains part of the bank's balance sheet, where deposits help fund loans and other assets.

This difference affects regulation, credit creation, liquidity, interoperability and who can use the money. It also explains why banks are unlikely to treat stablecoins and tokenized deposits as interchangeable products.

What a tokenized deposit represents

A commercial bank deposit is already digital money. The number in a corporate bank account is an entry on the bank's ledger, representing a liability of the bank to its customer.

Tokenization changes the ledger and what the deposit can do.

J.P. Morgan describes JPM Coin as a bank-issued deposit token available to approved institutional clients. Dollars can move between a Blockchain Deposit Account and JPM Coin, which can then be transferred over Base between vetted counterparties. The bank says the token can be used for payments, collateral and transaction settlement on public blockchain infrastructure.

Payment flow

USD bank deposit at J.P. Morgan → JPM Coin (JPMD) → transfer / settlement on Base → JPM Coin → USD bank deposit

The customer's money has not been exchanged for a reserve-backed token issued by a separate stablecoin company. The claim remains on J.P. Morgan.

Stablecoins change the issuer; deposit tokens change the form of the bank deposit

— Payment stablecoin — Tokenized bank deposit

Example — USDC — JPM Coin / JPMD

Issuer — Permitted stablecoin issuer — Commercial bank

Holder's claim — Claim under stablecoin issuer/redemption structure — Deposit claim on bank

Backing — Segregated pool of liquid reserve assets — Bank balance sheet and its assets

Credit creation — Reserve assets generally do not fund ordinary bank lending — Deposits are part of the funding base supporting bank assets and loans

Transfer model — Bearer-like token transferable on supported networks — Account-based bank money transferred among permitted users

Access — Can circulate broadly even when direct issuer redemption is restricted — Usually bank customers or approved counterparties

Bank safety net — Stablecoin-specific reserve and regulatory regime — Existing bank prudential framework; deposit-insurance treatment depends on account and eligibility

The distinction is easiest to see on the liability side. When Circle issues $1 million of USDC, it creates $1 million of stablecoin liabilities and holds qualifying reserve assets against them. When a bank tokenizes $1 million of an eligible customer's deposit, the underlying liability remains a bank deposit.

Why banks care about the difference

Deposits are not merely a payment product for banks. They are a source of funding.

A commercial bank accepts deposits and uses its balance sheet to make loans, buy securities and provide credit while maintaining capital, liquidity and other prudential requirements. A fully reserved payment stablecoin works differently: the issuer holds a corresponding pool of safe, liquid assets rather than using those funds to make ordinary commercial loans.

The Federal Reserve Bank of New York framed this distinction in a 2026 paper as a version of the old narrow-banking debate. If transaction balances migrate from commercial-bank deposits into stablecoins backed by Treasury bills and similar assets, some funding can move away from banks and toward the safe assets held in stablecoin reserves. Tokenized deposits keep the money inside the commercial-banking system.

The scale makes this more than a theoretical issue. BIS officials put global stablecoin market capitalization at about $315 billion in early April 2026, compared with roughly $8 trillion of U.S. bank deposits alone. Stablecoins remain much smaller, but sustained growth would make the funding question more important.

A $10 million payment can look similar while settling against a different liability

Suppose Company A owes Company B $10 million and both are eligible J.P. Morgan clients.

Using JPM Coin, Company A can convert an eligible dollar deposit into JPMD, send the token to Company B over Base, and Company B can keep the token for another on-chain use or convert it back to a bank deposit.

Payment flow

Company A bank deposit → $10m JPMD → Base → Company B JPMD → Company B bank deposit

Now compare a USDC payment. Company A or its provider converts dollars into USDC, sends USDC over a supported blockchain, and Company B either keeps USDC or redeems/off-ramps it.

Payment flow

Company A bank money → USDC → public blockchain → Company B USDC → redemption / off-ramp

Both can settle quickly. The credit exposure after receipt is different. Company B holding JPMD has a claim on J.P. Morgan. Company B holding USDC has exposure to Circle's reserve and redemption structure.

Deposit insurance is more complicated than “bank token equals insured money”

Tokenized-deposit discussions often describe the product as carrying the safeguards of commercial bank money. That is broadly the regulatory model, but the exact protection of a holder depends on the bank, account structure, jurisdiction, customer type and applicable insurance limits.

In the United States, standard FDIC deposit insurance is generally capped at $250,000 per depositor, per insured bank, for each account ownership category. Large institutional balances are therefore not transformed into fully government-insured money merely because they are tokenized.

The wider bank framework still matters. Banks operate with capital and liquidity requirements, supervision, access to central-bank liquidity under applicable rules and resolution regimes. Stablecoin issuers operate under a different reserve model.

Public blockchain does not necessarily mean permissionless money

JPM Coin is notable because it runs on Base, a public blockchain. That does not mean anybody with a Base address can receive it.

J.P. Morgan says the product is available to institutional clients and uses vetted counterparties. The blockchain is public infrastructure; access to the bank liability remains permissioned.

This produces a hybrid model. The bank can use public-chain programmability and interoperability while preserving customer onboarding, sanctions controls and the legal relationship of an account-based banking product.

Stablecoins generally take the opposite route. Once issued onto a public network, tokens such as USDC can circulate between wallets without Circle approving every transfer, even though regulated intermediaries around the token still perform KYC and compliance.

Feature — Public stablecoin — Bank deposit token on public chain

Blockchain visibility — Public — Can be public

Who can hold — Potentially any compatible wallet, subject to controls in ecosystem — Approved bank customers/counterparties

Issuer involved in each transfer — Normally no — Bank rules and permissioning govern valid holders/transfers

KYC relationship — Often sits at issuer redemption and intermediaries — Bank customer relationship is central

Composability — Broad, depending on token contract and network — More restricted by eligibility and bank controls

Interoperability is the difficult part for bank money

A JPM Coin transfer works naturally when both sides are inside the J.P. Morgan ecosystem. Cross-bank money is harder.

If Bank A issues one deposit token and Bank B issues another, the tokens are claims on different institutions. The system needs a way to exchange those liabilities at par and settle between the banks. Traditional bank deposits solve this through payment systems and ultimately central-bank money.

Tokenized banking needs an equivalent arrangement if deposit tokens are to move seamlessly across institutions.

The BIS has been testing one approach through Project Agorá. Its prototype brings together eight central banks and more than 40 regulated institutions, using tokenized commercial-bank deposits alongside jurisdiction-specific tokenized central-bank reserves. The 2026 BIS report says the prototype demonstrated atomic cross-border settlement after required validation and locking of balances.

That architecture is quite different from sending USDC from one wallet to another. It tries to preserve the existing two-tier monetary system while upgrading the ledger and settlement process.

Why “singleness of money” matters

When a customer transfers $100 from one U.S. bank to another, the recipient expects $100. Bank deposits do not normally trade against each other at $99.80 or $100.10 depending on which bank issued them.

Central-bank settlement, bank regulation and the wider monetary framework help preserve that one-for-one equivalence.

Stablecoins can trade away from par in secondary markets. Different stablecoins can also trade at slightly different prices because holders assess reserve quality, liquidity and issuer risk differently.

The BIS calls the principle that different forms of the same currency exchange at par the “singleness of money.” It has argued that tokenized deposits fit more naturally into this model because interbank obligations can continue settling in central-bank money.

This is an institutional argument, not proof that a tokenized deposit is automatically a better payment product. Stablecoins have an important advantage in openness: they can circulate across wallets, exchanges and applications without requiring every participant to bank with the same institution.

The working-capital calculation is where tokenized deposits become interesting

J.P. Morgan says Kinexys has processed more than $3 trillion since inception and averages more than $5 billion of daily transaction value. Its institutional use cases focus heavily on treasury, collateral and near-real-time settlement rather than consumer payments.

Consider a company that normally keeps $25 million prefunded in another region to guarantee payments during hours when conventional settlement is unavailable. If always-on tokenized bank money lets it reduce that idle balance by $10 million, the benefit is the capital it no longer has to leave sitting there.

Worked example

Illustrative liquidity benefit

Reduced prefunding: $10,000,000

Alternative short-term return on cash: 4% annually

Potential annualized opportunity-cost reduction: $400,000

This ignores implementation costs, liquidity buffers, credit terms and operational requirements. The point is that the value can come from freeing working capital, not from saving a few cents of transaction fees.

Programmability is more useful when money and assets share a ledger

Tokenized deposits become more interesting when a payment is conditional on another financial event.

Suppose a buyer is purchasing a tokenized security. In a conventional process, securities and cash can move through separate systems, creating settlement and reconciliation work. On compatible programmable infrastructure, the asset transfer and payment can be made conditional on one another.

Payment flow

If tokenized asset transfers successfully → release tokenized bank deposit; otherwise → neither leg settles

This is delivery-versus-payment implemented through shared programmable infrastructure. The BIS's work on unified ledgers and Project Agorá focuses on this ability to coordinate payment, compliance and asset transfer rather than merely making a bank transfer faster.

Stablecoins have an advantage banks cannot reproduce easily: distribution

USDC does not require the recipient to be a Circle banking customer. Once the token is in circulation, it can move across supported public networks and be held by wallets, exchanges, fintechs and smart contracts around the world.

That openness helped stablecoins scale before banks had comparable tokenized products. It also makes them useful as a common settlement asset between companies that do not share the same bank.

A bank deposit token starts from the opposite position. The issuer already has regulated customers, a balance sheet and established access to payment infrastructure, but its token has to escape the boundaries of one bank if it is going to become broadly useful.

JPM Coin's move onto Base is one attempt to narrow that gap while keeping access permissioned.

The two models can coexist

The Federal Reserve Bank of New York's 2026 research does not find that one form of money is always superior. Its model shows that the welfare trade-off depends partly on banking regulation and banks' incentives to take risk. In some conditions tokenized deposits are preferable because they preserve bank funding and credit creation; in others, stablecoins' narrow-reserve structure is valuable; in between, competition between the two can be optimal.

That is close to what the market is beginning to produce.

Use case — Stablecoin advantage — Tokenized-deposit advantage

Open global wallet transfer — Broad public-chain distribution — Limited by bank/customer permissioning

Corporate treasury inside one bank — Requires stablecoin conversion and issuer exposure — Existing bank relationship and balance-sheet claim

On-chain trading/collateral — Already widely integrated — Growing institutional integration

Cross-bank settlement — Common bearer-like asset can move between participants — Needs interoperable bank and central-bank settlement architecture

Credit creation — Reserve model largely separates money issuance from lending — Deposits remain part of commercial-bank funding

Permissionless applications — Generally stronger — Bank compliance and holder restrictions limit access

What to watch next

The key question for tokenized deposits is no longer whether a bank can put a deposit on a blockchain. J.P. Morgan has already done that in production.

The harder questions are whether deposit tokens from different banks can become interoperable, how central-bank money participates in settlement, whether public-chain applications can work with permissioned bank liabilities, and whether corporate customers see enough liquidity and operational benefit to move meaningful treasury activity onto the new rails.

Stablecoins face a different test. They already have distribution and liquidity. Regulation is now pushing payment stablecoins toward stronger reserve, redemption and supervision standards.

If both models continue developing, businesses may not choose one form of digital money for every transaction. A company could hold tokenized bank deposits for treasury balances, use stablecoins to reach counterparties outside its banking network, and move between them when the payment requires it.

The distinction will still matter because the holder is choosing who owes them the money: a bank, or a stablecoin issuer.

Primary sources

1. J.P. Morgan — JPM Coin product and deposit-token structure
2. J.P. Morgan — JPM Coin launch on Base
3. J.P. Morgan — Kinexys 2026 milestones and transaction figures
4. Federal Reserve Bank of New York — Stablecoins vs. Tokenized Deposits, February 2026
5. Federal Reserve Bank of Dallas — Tokenized deposits, July 2026
6. BIS — Annual Economic Report 2026, tokenized deposits and Project Agorá
7. BIS — Stablecoins versus tokenised deposits and singleness of money