Tokenized U.S. Treasury products are entering a more demanding phase. As similar funds compete for institutional cash, their success will depend less on novelty or assets under management than on redemption, settlement, transferability, custody and access to secondary markets. The outcome will help determine whether blockchain improves the plumbing of short term finance or simply creates a collection of restricted digital wrappers.
From demonstration to financial product
The first wave of tokenized Treasury products was largely a proof of concept. Asset managers, banks and technology companies showed that a traditional government security fund could be represented by a digital token, transferred on a blockchain and connected to automated settlement systems.
That demonstration answered an important technical question. It did not answer the harder commercial one: whether investors will choose a tokenized Treasury product over a money market fund, a bank deposit, a repurchase agreement or an existing exchange traded fund.
The market is now moving toward that test. BlackRock’s USD Institutional Digital Liquidity Fund, known as BUIDL and issued through Securitize, has become one of the most visible examples. Franklin Templeton’s Franklin OnChain U.S. Government Money Fund, whose BENJI token represents shares in the fund, was an earlier entrant. Ondo Finance, Superstate and other firms have built products aimed at institutions and accredited investors seeking exposure to short term U.S. government debt through blockchain based structures.
These products are not identical. Some hold Treasury bills directly. Others invest through funds, repurchase agreements or cash equivalents. Some support transfers across several chains. Others remain tied to a single network. Some permit redemptions every day through an administrator, while others depend on brokers, transfer agents, stablecoin liquidity or an over the counter process.
The distinctions matter because tokenization does not eliminate the basic obligations of asset management. A token still needs a legally valid claim behind it. The underlying securities must be held by a custodian. Investors need a process for subscriptions, redemptions, distributions and corporate actions. Regulators need to know who owns the asset and whether transfers comply with securities laws.
The blockchain can make records move faster. It cannot, by itself, make a restricted security freely tradable or guarantee that every holder can redeem at par.
A crowded market with similar collateral
The economic proposition appears straightforward. A tokenized Treasury product offers exposure to one of the world’s deepest and most trusted government debt markets, while the token can potentially move around the clock, settle quickly and interact with other digital financial applications.
That proposition has attracted a growing number of issuers. Several products are competing for essentially the same underlying dollar. Their differences are found in legal structure, fees, chain support, investor eligibility, redemption terms and integrations with trading platforms.
This creates a problem familiar from traditional finance, but with an additional technological layer. A bank deposit, a Treasury money market fund and a repo position can all serve as short term liquidity instruments, yet they are not interchangeable in every transaction. The same is true for tokenized products. One token may be accepted as collateral by a lending protocol or trading firm, while another may not be recognized by the relevant smart contract, custodian or compliance department.
A fund that holds BENJI may not be able to exchange it directly for BUIDL. A holder of a token issued on Ethereum may not be able to use it in an application operating on a different chain without relying on a bridge, a wrapper or a centralized exchange. Each additional conversion creates costs and introduces a new point of operational or legal risk.
The result can be a fragmented form of liquidity. On paper, every product may represent a highly liquid Treasury portfolio. In practice, liquidity depends on the number of verified buyers, the approved venues, the size of the transfer network and the speed at which an investor can move from token to cash.
This is why headline assets under management can be misleading. A fund may attract substantial balances from a small number of institutions that intend to hold the token until redemption. That is valuable for the issuer, but it does not necessarily create an active secondary market. The product could remain liquid only because the administrator is willing to redeem it, not because investors can trade it freely with one another.
The legal owner is not always the token holder
The central regulatory issue is the relationship between a digital token and the traditional security it represents.
Many tokenized Treasury products are structured as shares in a registered investment company, a private fund or a special purpose vehicle. The blockchain record may serve as evidence of ownership, but the legal rights of the holder are determined by the fund documents, transfer agent arrangements, custody agreements and applicable securities law.
This structure provides important investor protections, but it can also limit the promised network effects. Issuers often need to conduct know your customer and anti money laundering checks, screen wallets for sanctions exposure and restrict transfers to approved addresses. Some products are available only to institutional or accredited investors. Others impose minimum investment amounts or require an approved intermediary for subscriptions and redemptions.
Those restrictions are not a technical inconvenience that can simply be removed by changing a smart contract. They reflect the legal status of the product and the duties of the issuer, administrator and intermediary.
In the United States, a fund that invests in government securities may be subject to the Investment Company Act and related rules governing valuation, custody, liquidity and investor protection. A private offering may have more flexibility, but it generally comes with tighter limits on who can buy and how the asset can be resold. A tokenized representation does not turn a private security into a public one.
Europe presents a different but related set of challenges. The Markets in Crypto Assets framework provides a broader regime for certain digital assets, but financial instruments that are already covered by securities rules do not simply become easier to distribute because they are placed on a blockchain. The European Union’s distributed ledger technology pilot regime has allowed some market infrastructures to test tokenized securities under controlled conditions, while preserving requirements around trading, settlement and investor protection.
In both jurisdictions, compliance can be embedded into the token. Smart contracts may block transfers to unapproved wallets or require an intermediary to authorize a transaction. This can reduce the chance of an unlawful transfer, but it also means the token is not a fully open bearer instrument. Its usefulness depends on the quality and reach of the compliance network around it.
Where does the yield go?
Treasury tokenization also raises a basic question for investors: how is the yield generated by the underlying securities passed through to the holder?
Traditional money market funds typically distribute income through a changing net asset value, a dividend or a combination of both. Tokenized products may use different methods. The token’s value can appreciate as interest accrues. The issuer can distribute additional tokens. It can make periodic payments in cash or stablecoins. In some cases, the product may use a rebasing mechanism that changes an investor’s token balance.
Each approach affects accounting, tax treatment and integration with other applications. A token that increases in value may be difficult for a payment system to use as a stable unit. A rebasing token can create problems for smart contracts that expect a fixed balance. A cash distribution may require a separate payment rail and additional wallet checks.
The yield also has to cover more than the Treasury portfolio. Investors must consider management fees, custody costs, transfer agent expenses, blockchain transaction fees and any spread charged by market makers. The headline yield on short term government debt is not necessarily the return received by the token holder.
The distinction is particularly important when products are used as collateral. A lender may accept the token based on its market value, but still apply a discount because the underlying asset cannot be redeemed immediately, the transfer process is restricted or the market maker is concentrated in one venue. If the token trades at a premium or discount to its net asset value, the collateral value can change even when Treasury prices are stable.
For institutions, this creates a tradeoff. Tokenized products may offer faster settlement and programmable transfer controls, but a conventional Treasury fund may have a larger distribution network, clearer accounting and more predictable liquidity. The digital format needs to deliver operational savings that justify any additional complexity.
The settlement opportunity
The strongest case for tokenized Treasuries is not that they make government debt more secure. It is that they could connect cash, collateral and securities in a single digital workflow.
In traditional markets, a Treasury trade may involve a broker, custodian, clearing system, transfer agent, bank payment rail and reconciliation process. Each institution maintains records, confirms balances and manages settlement risk. A tokenized structure could allow a verified investor to transfer a claim and settle payment through an automated process. Smart contracts could release collateral when payment arrives, calculate margin or enforce eligibility rules.
This possibility is particularly relevant in repo and derivatives markets. Large financial institutions regularly need high quality liquid assets for collateral. If a tokenized Treasury fund could be transferred quickly among approved counterparties, it might reduce intraday funding pressure and the number of manual reconciliations.
But the benefit depends on what happens outside the blockchain. The underlying Treasury bills remain in a custodial account. Cash may still move through commercial banks. Legal ownership may still need to be recorded by a transfer agent. A blockchain transaction can be final in technical terms while the wider transaction remains subject to operational review, sanctions screening or a delayed banking payment.
The most useful systems will therefore be those that connect onchain records to established financial infrastructure. A closed token ecosystem may provide faster internal transfers, but it will not transform the broader market if investors need to leave the chain whenever they want to redeem or post collateral elsewhere.
Interoperability is a market structure issue
The industry often presents interoperability as a software problem. It is also a market structure problem.
Two tokenized Treasury products can be connected technically and remain incompatible commercially. Their issuers may have different investor eligibility rules, valuation times, redemption windows and liability structures. A bridge that moves a representation of one token onto another chain does not necessarily transfer the legal claim to the underlying fund. It may create a wrapped asset backed by a custodian or intermediary, adding another layer of exposure.
Institutional investors are likely to prefer controlled interoperability. They may accept transfers among approved wallets and counterparties, but not unrestricted movement through anonymous pools. This could lead to networks that are interoperable within a regulated perimeter rather than open across the entire crypto market.
Stablecoins may help provide the cash leg of a transaction, but they do not solve the problem. A tokenized Treasury holder still needs a recognized route from the fund token to a stablecoin or bank deposit. The stablecoin issuer, Treasury fund and trading venue must each satisfy their own compliance obligations. If one link in the chain is unavailable in a jurisdiction, the transaction can stop.
The choice of blockchain also matters. Public networks offer broad access and continuous operation, but they may create concerns about privacy, transaction screening and unpredictable fees. Permissioned networks can provide stronger control, but fewer participants may mean less liquidity. Some issuers are choosing several chains to expand access, while others are prioritizing a smaller set of institutions and infrastructure partners.
There is no guarantee that the market will converge on one standard. A fragmented market could persist if each major asset manager builds a product around its own distribution network. That outcome would resemble existing fund markets, where similar products coexist, but it would weaken the claim that tokenization creates a universal financial rail.
Regulation will determine who can participate
The regulatory direction in the United States and Europe will shape the size of the addressable market.
A permissive regime could allow tokenized fund shares to circulate among banks, brokers, custodians and fintech platforms, subject to clear rules for custody, disclosure and transfer. A more restrictive approach could confine them to private networks and qualified institutions. Neither approach is automatically superior. Broad distribution can improve liquidity, but it can also increase the risk that retail investors misunderstand the product or assume that a token has the same protection as a bank deposit.
Regulators are also likely to examine the role of issuers that combine asset management, token issuance, trading and settlement. Concentrating these functions may improve efficiency, but it can create conflicts of interest and operational dependencies. Supervisors will want to know who controls the smart contract, who can freeze or burn tokens, how errors are corrected and what happens if a blockchain becomes unavailable.
Tax and accounting treatment will influence adoption as much as securities law. Institutions need to know whether a tokenized fund share receives the same treatment as a conventional share, how transfers are reported and whether using the token as collateral creates a taxable event. In cross border transactions, withholding rules and local fund regulations can make a theoretically simple transfer costly.
The winning products will probably be those that make these issues invisible to the end user. An institution will not adopt tokenized Treasuries merely because they are onchain. It will adopt them if its compliance team can approve the structure, its custodian can support it, its accounting system can value it and its treasury desk can redeem it when needed.
The liquidity test
The next stage of the market will be measured in less glamorous but more important ways. Issuers will need to show how quickly investors can redeem, how many counterparties can trade the token, how transfers are handled across chains and what happens during a period of market stress.
A product that works smoothly when Treasury markets are calm may face a different test when many investors seek cash at once. The issuer must have reliable access to the underlying securities market, sufficient banking relationships and a process for dealing with redemption queues or delayed settlement. Market makers must be willing to provide prices when the token trades away from net asset value.
The distinction between primary and secondary liquidity will become clearer. Primary liquidity comes from the issuer’s ability to create or redeem tokens. Secondary liquidity comes from investors trading with one another. Both are useful, but they are not the same. A market dependent entirely on issuer redemptions may be operationally sound while remaining too narrow to support active collateral use.
Tokenized Treasuries are therefore approaching a credibility point. The technology has shown that ownership records can be represented digitally. The policy and market question is whether those records can circulate within a sufficiently broad, compliant and reliable network.
If issuers can connect their products to custodians, banks, exchanges, collateral platforms and payment systems, tokenized funds may become practical tools for institutional cash management. They could reduce reconciliation, accelerate settlement and make short term collateral more programmable.
If every product remains trapped in its own approved wallet system, the result will be different. Investors will hold several competing tokens, each backed by similar assets but governed by separate rules. The market will have digitized the wrapper without solving the underlying fragmentation.
The race for Treasury tokenization is thus not simply a contest over who can attract the most assets. It is a contest over which issuers can build the most useful financial network while satisfying the rules that make the assets trustworthy. In that contest, liquidity will be earned through access, interoperability and redemption discipline, not declared by a blockchain transaction.