Stablecoins took the first mover advantage in programmable money, and banks noticed that every dollar held as USDC or USDT is a dollar that left a deposit account. Tokenized deposits are the counter-move. The pitch is simple: keep the money on the bank's books, but let it settle on a ledger in seconds, around the clock.
The mechanics matter more than the marketing. A tokenized deposit is not a faster stablecoin, and treating the two as interchangeable will lead you to misprice credit risk and misjudge how settlement finality actually works. This module sits downstream of how stablecoins settle (module 3) and the regulatory wrappers (module 6), and assumes you already know what a depeg is (module 4).
What a tokenized deposit actually is
A tokenized deposit is a token issued by a regulated bank that represents an existing deposit liability on that bank's balance sheet. Holding the token is the same legal position as holding money in an account at that bank: you are a depositor, with a claim on that specific institution.
This is the structural fork from a stablecoin. A stablecoin is a bearer instrument, a claim on an issuer that you can pass peer to peer without the issuer in the loop. A tokenized deposit is account-based. The bank controls the ledger, knows who holds the token, and the transfer is closer to a faster, programmable wire than to handing over cash.
Because the money never leaves the regulated perimeter, two features come along that payment stablecoins generally cannot offer. The deposit can be interest-bearing, and it can carry deposit insurance, which in the US is FDIC coverage up to $250,000 per depositor per bank. Under the GENIUS Act framework, payment stablecoin issuers are barred from paying yield to holders, so this is a real product difference, not a talking point.
The credit story is different
With a stablecoin, your credit exposure is to the issuer and, by extension, to whatever sits in the reserve pool. When you receive a stablecoin, you become the new owner of the issuer's liability, and your protection is the quality of those reserves and the redemption mechanics.
With a tokenized deposit, your exposure is to one named bank. You are a depositor of that bank, full stop. If the bank fails, you are in the resolution and insurance regime that already governs deposits, not in a bankruptcy queue against a reserve fund.
This has a sharp consequence for fungibility. A deposit token from Bank A and a deposit token from Bank B are claims on different balance sheets. They are not automatically the same asset, in the way a $1 bill is always a $1 bill. The thing that makes one bank's money equal to another's, what economists call the singleness of money, is settlement in central bank money behind the scenes. That is the unglamorous plumbing tokenized deposit networks are built to preserve, and it is exactly what bearer stablecoins skip.
Settlement: bank money, end to end
Here is the operational selling point. A deposit token settles in seconds and runs continuously, so a corporate treasury team can move balances to a counterparty on a Saturday without waiting for a banking window. The money stays bank money the entire time.
Contrast that with a stablecoin transfer. The token moves instantly on chain, but it only settles into central bank money when someone redeems it for cash or a conventional deposit, and the issuer can impose costs or delays on that redemption. Inside a closed tokenized deposit network the central-bank-money leg is part of the design, so what looks like instant settlement on the surface is actually backed by real interbank settlement underneath.
The trade-off is reach. A stablecoin's bearer model is precisely why it flows freely across borders and across wallets that have no banking relationship with anyone. A tokenized deposit's account-based model means transfers usually stay inside a permissioned set of participants who can all be identified. You gain settlement certainty and lose open composability.
A worked example
Take a corporate treasurer moving $40 million from a supplier payable account to a counterparty over a holiday weekend, both parties banking inside the same tokenized deposit network.
With a wire, the instruction queues until the next business day, and the treasurer carries an extra two days of settlement risk and idle cash. With a stablecoin, the funds move in minutes, but the treasurer has first converted $40 million of insured deposits into a bearer claim on a stablecoin issuer, surrendering insurance and yield, and the receiver must trust the redemption path back to dollars.
With a tokenized deposit, the $40 million moves on the ledger in seconds, stays insured and on a bank balance sheet throughout, and the interbank leg settles in central bank money behind the scenes. The treasurer never leaves the regulated perimeter. That is the whole argument for the product in one transaction.
Where this is real, not theoretical
The flagship is JPMorgan's deposit token, JPMD, which launched on Coinbase's Base network on November 12, 2025 after trials with Mastercard, Coinbase, and B2C2. Access is restricted to JPMorgan's institutional clients, such as corporations and pension funds. It is permissioned, interest-eligible, and inside the bank regulatory perimeter, run by the Kinexys unit. It is not a coin anyone can buy.
The other serious effort is the consortium model. In the UK, the Regulated Liability Network ran an experimentation phase through 2024 with eleven banks plus Mastercard and Visa, concluding the platform was viable and the next step was engaging regulators. A live pilot phase launched in September 2025, with Barclays, HSBC, Lloyds, NatWest, Nationwide, and Santander running real transactions through mid-2026 across marketplace payments, remortgaging, and digital asset settlement.
Read those two models against each other. JPMD is one bank's deposit moving on a public chain. The RLN is a shared platform where many banks' deposits settle together on central bank money, which is the harder problem because it is the one that protects fungibility across institutions.
The takeaway
Tokenized deposits and stablecoins are not competitors selling the same thing faster. They are different instruments with different credit holders and different settlement assurances. The stablecoin keeps the open, bearer, cross-anything reach. The tokenized deposit keeps the money insured, yield-eligible, and on a bank balance sheet, settling in central bank money.
If you are evaluating which to plug into, ask one question first: do you need the transaction to leave the regulated perimeter, or do you need it to stay inside it? That answer, not the settlement speed, is what actually separates the two.