Tokenized deposits: the institutional guide

A tokenized deposit is an ordinary bank deposit in a new form: the same claim on the same bank, recorded on programmable ledger infrastructure so it can move around the clock, settle in seconds, and carry conditions in the payment itself. Nothing about the depositor’s legal position changes. What changes is what the deposit can do.

That one design choice, keeping the money a deposit, is why banks that dismissed earlier digital-money experiments are building these. It is worth being precise about how the instrument works, because the label “token” makes three very different things sound alike.

What the balance sheet says

Follow the money and the differences are stark. A stablecoin is issued by a special-purpose company against a segregated reserve; when a customer buys one, money leaves the banking system’s deposit base and becomes, in effect, a claim on a pool of Treasury bills. E-money works similarly under its own regime: safeguarded funds, a licensed non-bank issuer.

A tokenized deposit never leaves the bank. The customer’s balance is tokenized in place, remains a liability on the issuing bank’s balance sheet, and keeps funding the bank’s lending the way deposits always have. This is why the format appeals to bank treasurers and to central banks at the same time. The BIS has argued that tokenized deposits preserve the “singleness of money”, the property that a dollar at one bank equals a dollar at another because both settle at par through central bank money. Money that stays a deposit inherits that arrangement, along with prudential supervision and, where applicable, deposit insurance.

Regulators have started to say this formally. In December 2025, Germany’s BaFin classified the banking industry’s Commercial Bank Money Token (CBMT) as a deposit rather than an e-money token, taking it outside the EU’s MiCA regime entirely. The deposit treatment is the point: no separate issuance license, no segregated reserve, no new category of claim.

Why banks prefer the format

Three advantages recur across every program.

The charter does the regulatory work. A bank issuing a tokenized deposit is doing what banks are chartered to do, taking deposits, on new infrastructure. A stablecoin issuer needs a purpose-built regime (the GENIUS Act in the US, MiCA’s e-money token rules in the EU) and, typically, 12 to 18 months of authorization work before anything moves.

The economics stay home. Deposits fund lending. Every dollar that migrates from a deposit to a third-party stablecoin is a dollar of funding the bank loses. Tokenizing the deposit gives clients the speed and programmability they are asking for without the balance-sheet leak.

Interest is allowed. The GENIUS Act prohibits payment stablecoin issuers from paying holders any form of interest or yield, a restriction US regulators have proposed extending to affiliates and third parties. A deposit can bear interest under ordinary banking rules. For a corporate treasurer deciding where a large balance sits overnight, that asymmetry matters.

Who is live, who is piloting

As of July 2026 the map splits into live single-bank systems and multi-bank pilots.

Live. J.P. Morgan’s JPM Coin (JPMD), the first bank-issued USD deposit token on a public network, has been available to institutional clients on Base since November 2025, with native issuance on the Canton Network announced in January 2026 and rolling out in phases. Citi Token Services runs commercially across five markets, moving client balances between Citi branches continuously; in July 2026 Siam Commercial Bank became the first external financial institution live on the combined service. We cover both in detail in the deposit token landscape.

Piloting. The UK’s tokenised sterling deposit pilot, run by UK Finance with six major banks, tests marketplace payments, remortgaging, and digital asset settlement through mid-2026. Germany’s CBMT consortium, five banks and five industrial corporates including Siemens and Evonik, has completed live test transactions and moved to pre-production trials. At the official-sector level, Project Agorá is testing tokenized commercial bank deposits alongside central bank reserves with eight central banks and over 40 financial institutions.

The limit: every token is a claim on one bank

Here is the structural problem the pilots are circling. A tokenized deposit is a claim on the issuing bank, so it circulates naturally only among that bank’s customers. My bank’s token and your bank’s token are different instruments, and making them fungible requires exactly the interbank settlement machinery, an agreed way to clear and settle between banks, that the correspondent system provides today. Single-bank systems sidestep the question; multi-bank designs like CBMT and the UK pilot are attempts to answer it; reports in June 2026 that major US banks are planning a shared tokenized deposit network make the same point from the other direction. Until those arrangements mature, deposit tokens add powerful new rails inside each bank while leaving the between-banks problem, the one that makes cross-border payments take days, largely intact.

Where Frame fits

Frame is the settlement layer for global finance: one integration to orchestrate payments at scale across fiat rails, stablecoins, and tokenized deposits, with compliance enforced on every transaction and settlement in seconds instead of days.

Tokenized deposits are one of the three rail families Frame routes natively. An institution using Frame does not have to resolve the industry’s open question, which form of digital money wins, before acting: a payment enters through one integration and Frame routes it across whichever rail fits the corridor, the counterparty, and the policy that governs it, whether that is a deposit token, a regulated stablecoin, or a conventional fiat rail. Frame’s Rules Engine evaluates every transaction against its governing policies inside settlement, and each settled transaction produces verifiable evidence that its conditions were met. As deposit-token networks multiply, that rail-neutrality is what turns a fragmenting map into a routing decision.