Tokenized Deposits and Stablecoins: Clearing Misconceptions
1. Introduction
Digital money is reshaping finance, but it is also generating real confusion. As stablecoins gain ground and banks move to tokenize deposits, two distinct products are being conflated in ways that obscure their differences in risk, access, and legal standing. With the GENIUS Act now law and implementing regulations in progress, getting this right matters.
Tokenized deposits (TDs) are drawing attention as a form of on-chain bank money. Because they share surface features with payment stablecoins -- 24/7 settlement, programmability, apparent price stability -- TDs are sometimes described as bank-issued stablecoins or functional substitutes. They are neither. TDs and stablecoins differ in their legal nature, risk profile, eligible users, and how they circulate. Clearing up these distinctions is not just academic. It affects how firms structure products, how regulators write rules, and where the next phase of financial infrastructure gets built.
2. Common Misconceptions
Misconception 1: A tokenized deposit is a stablecoin issued by a bank.
A tokenized deposit is not a stablecoin. It is a tokenized representation of an existing bank deposit recorded and transferred on a distributed ledger.
Stablecoins represent a redemption claim against an issuer, which may be a non-bank. Their value depends on how the issuer manages its reserve assets. A TD, by contrast, represents an existing deposit obligation of a specific bank. Holding a TD does not automatically create a deposit claim -- that claim arises only within the bank's account relationship, onboarding requirements, and internal reconciliation processes. Transfers to ineligible participants need not be treated as effective for purposes of the underlying claim. Many implementations rely on a technical service provider that administers the tokenized representation on the bank's behalf.
The legal distinction drives everything else: liability models, sources of backing, circulation frameworks, and holder rights diverge in ways that reflect the instruments' different legal foundations.
Misconception 2: Anyone can receive tokenized deposits.
Only customers that a bank has onboarded as depositors can receive TDs. Stablecoins are transferable on public chains and can be received by any user with a compatible address. TDs operate under a different logic entirely. Receiving a TD requires being a depositor of that specific issuing bank.
Singapore's MAS requires tokenized bank liabilities to be held only by verified customers within regulated networks, as demonstrated in Project Orchid and interbank settlement pilots. Banks must enforce AML/KYC requirements, restrict access to verified users, and assign whitelisted addresses. While TDs do not in principle exclude retail customers, regulatory and operational constraints mean that most current implementations target corporates and financial institutions. TDs are not open for peer-to-peer use in the way stablecoins are.
Misconception 3: Tokenized deposits are suited for cross-border retail payments.
TDs are not designed for open, borderless retail payment. Their movement depends on underlying banking networks with established relationships and settlement channels, and they are limited to KYC-verified depositors within regulated institutions. They cannot function as open-access instruments.
That is where public-chain stablecoins currently operate. TDs have a different, and in some ways more durable, value proposition: programmable commercial bank money for wholesale use. Real-world deployments already demonstrate this -- mBridge-style multicurrency wholesale settlement, tokenized securities settlement on shared ledgers, corporate cross-border liquidity management, and interbank money-market settlement. TDs are evolving as institutional settlement infrastructure, not retail payment rails.
Misconception 4: Tokenized deposits are interoperable across banks if the chains connect.
Technical compatibility does not equal interoperability. Each TD represents a liability of a specific issuing bank. A TD from one institution cannot function as the liability of another, regardless of whether both operate on compatible ledgers. This bank-specific claim structure creates silos by design.
Identity and compliance requirements reinforce those silos. A user must be onboarded and KYC-verified by each issuing bank before holding or transacting with its TDs. Where KYC standards differ across banks, TDs cannot circulate freely across user bases that have not been mutually verified. Cross-border interoperability faces additional friction from regulatory fragmentation: the EU, U.S., and Asian frameworks differ on licensing, settlement requirements, AML/CFT obligations, and permissible digital asset activities.
Efforts such as Germany's CBMT, Hong Kong's Project Ensemble, and Singapore's Project Guardian are working to reduce this fragmentation. They lower barriers but do not eliminate the bank-specific nature of TDs or the identity-related constraints that come with it.
3. Jurisdictional Approaches
Asia: Moving Fast
Asia is advancing TDs at pace, driven by bank-centric financial systems and strong demand for wholesale settlement, delivery-versus-payment, and real-world asset tokenization. Hong Kong's HKMA is running Project Ensemble to support real-value TD transactions and wholesale use cases consistent with mBridge. In Singapore, MAS has endorsed tokenized bank liabilities in transaction banking. DBS and JPMorgan have demonstrated interoperability under Project Guardian. These initiatives are positioning TDs as core components of next-generation payment infrastructure across the region.
Europe: Structured and Deliberate
Europe is developing a structured framework for tokenized commercial bank money, often discussed as Commercial Bank Money Tokens (CBMTs). The ECB has indicated these instruments could play a significant role in enabling delivery-versus-payment settlement of tokenized securities. Germany's Deutsche Bundesbank has highlighted TDs as a legally coherent approach with practical interoperability potential across DLT platforms.
European policymakers have expressed concern that non-bank stablecoins threaten the singleness of money -- the principle that a euro is a euro regardless of who issued it. This has intensified interest in a two-tier model combining wholesale CBDC and TDs as complementary components of future digital market infrastructure.
United States: Waiting on Clarity
U.S. discussion around TDs centers on regulatory uncertainty. Open questions include whether TDs on distributed ledgers qualify for full FDIC insurance, how tokenization affects the legal nature of deposit liabilities, and how banks should enforce AML/KYC and sanctions screening when value moves on-chain. Regulators have also emphasized that tokenized-asset issuance, node operation, and other DLT-based services may require case-by-case supervisory review to confirm they fall within a bank's chartered permissions.
Further questions concern the design of DLT network structures, 24/7 settlement and TD redemption risk within liquidity regulations, and the operational and legal risks of programmable payments. Banks continue to explore TD use cases, but the regulatory picture remains incomplete.
4. Conclusion
TDs and stablecoins are not competing for the same space. They are complementary layers of an emerging digital-money ecosystem that may also come to include CBDCs. TDs are shaped by their bank-specific and permissioned nature. Stablecoins are designed as open-access digital assets capable of public, borderless transfers that do not depend on bilateral banking relationships. Each occupies a distinct role. Understanding where one ends and the other begins is essential as the next phase of financial infrastructure takes shape.
About Stablecoin Standard
Stablecoin Standard (SCS) is the industry body focused on setting operational, transparency, and product-related standards for stablecoins. The SCS plans to achieve industry-wide standards by sharing international best practices, business development use cases, forming industry-led working groups defining what a high-quality liquid stablecoin should look like, and engaging with policymakers domestically & internationally. The SCS ecosystem consists of more than 35 advisory board members, industry partners and issuers that offer digital currencies in global jurisdictions such as the US, EU, Singapore, Australia, and Turkey - among others.
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