Tokenized Money

What Is Tokenized Money?

Tokenized money is the digital representation of monetary instruments on programmable blockchain-based ledgers. Rather than creating entirely new forms of currency, tokenized money takes existing categories of money (bank deposits, central bank reserves, or privately backed tokens) and records them as digital tokens that can be transferred, settled, and programmed on shared infrastructure.

The Bank for International Settlements (BIS) defines tokenization broadly as the "digital representation of claims on programmable ledgers," enabling fractional ownership and peer-to-peer transfers with a shared record. The IMF, in its April 2026 "Tokenized Finance" report, described this shift as "a structural change in financial architecture rather than a marginal efficiency improvement."

The critical distinction with tokenized money is that each form inherits the legal properties, risk profile, and regulatory treatment of its underlying monetary category. A tokenized deposit is still a bank deposit. A wholesale CBDC is still central bank money. Understanding tokenized money requires understanding these categories and where each one sits in the broader monetary system.

How It Works

The Hierarchy of Money

All modern monetary systems operate on a layered hierarchy. Different forms of money carry different levels of trust, safety, and functionality. Tokenized money maps directly onto this structure:

• Top tier: central bank money (reserves and cash) is the safest form, sovereign-issued and risk-free. On-chain, this becomes tokenized central bank reserves or wholesale CBDCs, serving as the settlement layer for the entire system.
• Second tier: commercial bank money (deposits) is created through lending by regulated banks, made safe through deposit insurance, prudential regulation, and guaranteed convertibility to central bank money at par. On-chain, these become tokenized deposits.
• Third tier: private money sits outside the traditional two-tier banking system. Stablecoins occupy this position as privately issued tokens backed by reserve assets, without deposit insurance or access to central bank facilities.

The BIS emphasizes that the principle of "singleness of money" must hold across these tiers: all monetary instruments denominated in a given currency must be redeemable at par into central bank money with finality. Tokenized deposits preserve this property because they settle in central bank money through existing interbank systems. Stablecoins, which trade on secondary markets and sometimes deviate from par, do not always meet this standard.

Three Forms of Tokenized Money

Each form of tokenized money operates under fundamentally different rules:

Tokenized deposits remain on the issuing bank's balance sheet and inherit existing banking regulations. Banks using tokenized deposits can still extend credit through fractional reserve banking, pay interest, and access central bank lending facilities. In contrast, stablecoin issuers under the GENIUS Act cannot make loans, take deposits, or pay yield to holders: they must maintain at least 1:1 backing by high-quality liquid assets such as short-term Treasury securities or insured deposits.

Settlement Mechanics

The programmability of tokenized money enables atomic settlement: the simultaneous exchange of assets and payment in a single transaction. The BIS describes this as integrating "messaging, reconciliation and settlement into a single seamless operation."

In a tokenized system, a cross-border payment that today requires multiple correspondent banks, nostro/vostro accounts, and days of settlement can complete in seconds. The shared ledger eliminates the need for separate reconciliation because all participants reference the same record of truth.

Key Initiatives

JP Morgan Kinexys (formerly JPM Coin)

JP Morgan's Kinexys Digital Payments platform (previously branded Onyx and JPM Coin) is the most mature bank-issued tokenized deposit system in production. The platform has processed over $4 trillion in cumulative transactions across eight currencies: USD, EUR, GBP, AUD, HKD, JPY, CNY, and SGD. In 2026, JP Morgan expanded JPM Coin issuance to Base (Coinbase's Ethereum Layer 2) and began a phased rollout on the Canton Network. Partners include BMW Group, Siemens, and Mitsubishi Corporation.

BIS Project Agora

Project Agora is a collaboration between the BIS, seven central banks (including the New York Fed, Bank of England, ECB, and Bank of Japan), and over 40 regulated financial institutions. It explores how tokenized central bank reserves and commercial bank deposits can coexist on a shared platform to improve cross-border wholesale payment rails. In May 2026, the project delivered a working prototype demonstrating atomic, multi-currency settlement and announced plans to move to real-value transaction testing.

Singapore Project Guardian

The Monetary Authority of Singapore's Project Guardian graduated from proof-of-concept to a multi-pillar production framework by 2026. Live use cases include tokenized money market funds (with Franklin Templeton and JPMorgan), interbank FX settlement, and tokenized infrastructure bonds. Its Global Layer One initiative, coordinated with regulators in Switzerland, the UK, France, and Japan, completed its first cross-border live trade in late 2025.

Other Bank Tokenized Deposits

Citi Token Services went live in late 2024 and now operates 24/7 across five markets. In September 2026, Citi executed its first live USD tokenized deposit transaction with First Abu Dhabi Bank for Middle East and Southeast Asia corridors. HSBC expanded its tokenized deposit service to the US in April 2026. As of late 2026, at least 17 global banks are operating or piloting tokenized deposit systems.

Regulatory Treatment

GENIUS Act (United States)

The GENIUS Act, signed into law in July 2025, created the first US federal framework for "payment stablecoins." It explicitly declares that payment stablecoins are neither securities nor commodities. Issuers must maintain at least 1:1 backing, publish monthly attestations of reserve composition, and obtain annual audited financial statements once outstanding supply exceeds $50 billion.

Tokenized deposits are carved out entirely: they are not classified as payment stablecoins under the Act and remain governed by existing banking law. This distinction preserves their ability to pay interest, access Federal Reserve facilities, and benefit from FDIC deposit insurance.

MiCA (European Union)

The EU's Markets in Crypto-Assets Regulation (MiCA) classifies stablecoins into two categories: e-money tokens (pegged 1:1 to a single fiat currency) and asset-referenced tokens (backed by a basket of assets). Stablecoin rules under Titles III and IV took effect in June 2024.

Tokenized deposits are explicitly excluded from MiCA's scope under Article 2(4). Since they qualify as deposits under existing EU banking law (covered by the Deposit Guarantee Schemes Directive), they fall under pre-existing financial services regulation rather than crypto-asset rules.

Use Cases

• Cross-border wholesale settlement: tokenized central bank reserves and deposits enable atomic multi-currency settlement, potentially replacing the slow, multi-hop correspondent banking system
• Intraday treasury management: corporations use tokenized deposits to move funds across subsidiaries and time zones 24/7, eliminating end-of-day cutoffs
• Delivery-versus-payment for securities: tokenized money paired with tokenized assets enables simultaneous exchange of cash and securities in a single atomic transaction
• Programmable payments: smart contract logic can automate escrow, conditional releases, and compliance checks directly at the money layer
• Stablecoin-based remittances: fiat-backed stablecoins already process trillions in annual volume across public blockchain rails, offering a low-cost alternative for cross-border transfers

For Bitcoin-native ecosystems, platforms like Spark enable stablecoin transfers on Layer 2 infrastructure, combining the accessibility of public blockchain rails with the speed and low cost of off-chain settlement. See the USDB research article for how yield-bearing stablecoins fit into this picture.

Risks and Considerations

Fragmentation and Interoperability

Each bank, central bank, and stablecoin issuer builds on different ledger technology and standards. Without interoperability between these systems, tokenized money risks creating more silos rather than fewer. Projects like Agora and Guardian are attempting to solve this, but production-scale cross-platform settlement remains early-stage.

Singleness of Money

The BIS warns that stablecoins "cannot currently ensure exchange at par across issuers and blockchains under all conditions." If different tokenized money forms trade at different prices (even briefly during stress events), the principle that one dollar equals one dollar regardless of its form breaks down. Maintaining par convertibility across all tokenized money types is an unsolved challenge.

Concentration and Systemic Risk

Stablecoin markets are heavily concentrated: USDT and USDC together hold roughly 83% of the $300+ billion stablecoin market. A depeg event or reserve failure at a major issuer could cascade across DeFi and payment systems that depend on stablecoin liquidity. Tokenized deposits carry different but related risks: their value depends on the solvency of the issuing bank.

Regulatory Divergence

US and EU frameworks take different approaches to classifying and regulating tokenized money. The GENIUS Act focuses narrowly on payment stablecoins, while MiCA creates broader crypto-asset categories. Institutions operating across jurisdictions face compliance complexity, and regulatory arbitrage remains possible where rules diverge.

Privacy and Surveillance

Tokenized money on permissioned ledgers gives operators full visibility into transaction flows. Retail CBDCs in particular raise concerns about government surveillance of individual spending. The design choices around privacy, programmability, and censorship resistance vary dramatically across implementations and carry significant civil liberties implications.

This glossary entry is for informational purposes only and does not constitute financial or investment advice. Always do your own research before using any protocol or technology.