If tokenized deposits have so many advantages, why is the stablecoin market still far larger?
Stablecoins' first-mover advantage is being permissionless — anyone with a public-chain wallet can hold and transfer them without first establishing an account relationship with a specific bank. That's let stablecoins build network effects across DeFi ecosystems, small cross-border payments, and unbanked populations that are hard for a tokenized deposit to replicate. Tokenized deposits currently remain tightly bound to the issuing bank's own customer relationships and regulatory jurisdiction — a tokenized deposit issued by one bank typically can't be dropped directly into another ecosystem's DeFi protocol the way a stablecoin can.
At this stage, the two are really covering different use cases: stablecoins win on reach within open ecosystems, tokenized deposits win on the compliance and interest-bearing needs institutional clients require. The gap in market size reflects that use cases haven't fully differentiated yet, not that tokenized deposits are technically inferior.
Since tokenized deposits are strongly identity-verified, do they sacrifice blockchain's original emphasis on privacy and decentralization?
Yes, and this is a deliberate design trade-off tokenized deposits make, not a compromise forced by technical limitations. Tokenized deposits mainly run on permissioned chains or compliant consortium chains, where counterparty identity must clear KYC/AML review — which does run counter to the pseudonymous, open-participation spirit of a public chain.
But this trade-off matches the customer base it targets. Tokenized deposits were never designed from the outset for retail users or DeFi-native participants pursuing decentralization ideals — they're designed for institutional clients already operating in a regulated environment that requires AML compliance records. For that user base, strong identity verification isn't a drawback; it's actually the precondition that lets banks and regulators feel comfortable putting funds on-chain at all.
If tokenized deposits still rely entirely on the issuing bank's own credit, what's the substantive difference from just using the bank's own online transfer system?
The core difference is programmability and cross-institutional interoperability. In traditional online banking, fund movement is still bound by banking hours and the batch-processing cadence of SWIFT or domestic clearing systems, and it's difficult to interact directly with smart contracts. A tokenized deposit represents a bank liability as an on-chain token, letting it plug directly into automated on-chain workflows — for example, JPM Coin lets institutional clients pay margin or hold collateral directly with a tokenized deposit when trading on Coinbase, without first converting funds into a stablecoin or manually handling cash.
In other words, a tokenized deposit keeps the credit and regulatory properties of a bank deposit, but swaps out the traditional banking transfer interface, letting funds participate directly in on-chain automated workflows — something a plain online bank transfer can't do.
Do retail investors currently have any way to access tokenized deposits, or is this purely an institutional product?
Currently, mainstream tokenized deposit products (like JPM Coin) do target institutional clients primarily, serving asset managers, broker-dealers, and other corporate clients that already have an existing business relationship with the issuing bank. Retail investors currently have no channel to directly open an account and hold tokenized deposits.
But that doesn't mean retail investors feel nothing from this — if the exchange or financial service provider you use has back-end connectivity to this kind of tokenized deposit network (for example, if you trade on Coinbase and the counterparty institution settles margin using JPM Coin), you're already indirectly benefiting from the settlement efficiency this mechanism provides, even though you don't need — and currently can't — directly hold the tokenized deposit instrument yourself. If retail-facing tokenized deposit products eventually emerge, the key thing to confirm will be whether that specific tokenized deposit is actually covered by deposit insurance in your jurisdiction — you shouldn't assume the protection level is uniform just because something is labeled a "tokenized deposit."
On the surface, tokenized deposits and stablecoins appear to do the exact same job: both are digital instruments representing fiat currency on a blockchain, both enable instant on-chain transfer and settlement. But BIS General Manager Pablo Hernández de Cos addressed the substantive differences in underlying architecture, legal risk, and financial positioning directly at the Jackson Hole Economic Symposium on August 28, 2026 — this isn't an academic debate, it's a practical question that directly determines which on-chain instrument a corporate treasurer should actually park operating funds in.
De Cos offered a concrete illustration in his speech: if Ben holds USDT but Marie only accepts USDC, Ben has to take his USDT to a secondary market to swap it for USDC — and on that secondary market, deviation from the 1:1 peg is the norm, not the exception. This is a concrete manifestation of a broken singleness of money: stablecoins from different issuers, even if nominally all pegged to $1, remain distinct assets that aren't fully equivalent to one another in practice. Tokenized deposits, because interbank settlement ultimately runs through central bank reserve accounts, retain the property that a claim can always be redeemed at par value with legal finality — in other words, a central bank clearing network underpins a tokenized deposit's "singleness," while stablecoins have no such backstop.
A company holding USDT or USDC is exposed to the issuer's own credit risk — whether reserves are fully backed, whether regulators might freeze the issuer's assets — and if market confidence erodes, it could trigger a run analogous to a traditional bank run, potentially spilling over into the money market instruments the issuer holds, with systemic ripple effects. A tokenized deposit, by contrast, represents a direct claim on a partner bank, falling under the credit framework traditional banking has operated under for decades, without changing how "cash and cash equivalents" are classified on a company's balance sheet — and it therefore typically carries deposit insurance protection in most jurisdictions (such as FDIC in the US, or the equivalent deposit insurance schemes elsewhere), a protection layer stablecoins entirely lack.
This is the difference a corporate treasurer feels most directly. If a company converts $100 million into USDC to hold as on-chain working capital, that money effectively sits with Circle earning US Treasury interest — the company itself doesn't capture that yield. This is partly why most stablecoins don't pay interest directly to holders today, a pattern reinforced by regulatory restrictions (the US GENIUS Act, for instance, explicitly bars stablecoin issuers from paying interest directly to holders). A tokenized deposit, still fundamentally a bank deposit, can naturally bear interest — funds keep accruing interest at the bank's posted rate even while being used for automated on-chain payments. JPMorgan's Kinexys unit's JPM Coin (JPMD) is a working example: Basak Toprak, Kinexys's product head for deposit tokens, explained that one of JPM Coin's primary current uses is letting asset managers and broker-dealers hold collateral or make margin payments when transacting crypto assets on Coinbase. In November 2025, JPMorgan extended JPM Coin's deployment from its own Kinexys chain onto Coinbase's Base Layer 2 network, directly in response to institutional client demand.
Stablecoins circulate as bearer instruments across fragmented blockchains, with no enforcement mechanism guaranteeing par redemption across different chains. Tokenized deposits, as account-based bank liabilities, achieve final settlement through existing interbank clearing infrastructure, theoretically aligning more closely with established BIS and national financial regulatory standards. De Cos also flagged a financial-integrity concern with stablecoins: the majority of stablecoin balances sit in self-custodied wallets, with wallet-to-wallet transfer volume rising — much of it occurring outside KYC-covered venues. Tokenized deposits, running on strongly identity-verified (KYC/AML) permissioned or compliant consortium chains, rule out this class of concern by design.
If your company needs an on-chain tool for cross-border payments or collateral management on crypto trades, choosing between a tokenized deposit and a stablecoin actually comes down to trading off three concrete questions: whether you capture the interest, whose credit risk you're carrying, and whether deposit insurance applies — not simply which technology looks newer. Tokenized deposits currently skew toward institutional clients (JPM Coin, for instance, primarily serves asset managers and broker-dealers), and channels for retail investors to directly hold tokenized deposits remain limited. But if your business handles large-scale on-chain fund flows, this is a product line worth asking your banking relationship about directly, rather than defaulting to stablecoins as the only option.