A Token Is Not the Asset

The technical process of creating a token has become relatively routine. The creation of an investable asset has not. Between an underlying asset and the digital record presented to an investor lies a series of legal relationships, operating responsibilities and payment arrangements. These determine whether the investor holds an enforceable claim or merely a technologically sophisticated description of one.

This distinction is easily obscured because the token is the most visible part of the transaction. It is also usually the part over which project sponsors exercise the greatest direct control. The quality of the underlying asset, the validity of its transfer to an issuing vehicle, the treatment of investor funds, the continuity of servicing and the priority of claims in insolvency are less visible. Yet they account for much of the difference between an issuance that can be completed and an instrument that a professional investor can responsibly hold.

A token may improve the administration of a claim. It cannot compensate for uncertainty about the nature, ownership or enforceability of that claim.

A token is best understood as a digital record to which a set of rules has been attached. Depending on its design, it may identify the holder of an interest, impose conditions on transfer, calculate distributions or provide access to information. Those functions can reduce administrative friction. They do not, without a corresponding legal arrangement, determine what the holder owns.

The underlying interest may take several forms. It may be a share in a company, a debt obligation, a beneficial interest in property, a contractual right to payment or an entitlement recorded through a financial intermediary. Each form produces a different relationship between the holder, the issuer and the underlying asset. The relevant question is therefore not whether an asset has been tokenised in a technical sense. It is whether possession of the token is connected, clearly and reliably, to a recognised legal interest.

The distinction appears clearly in the tokenisation service proposed by the Depository Trust Company in the United States. Under the pilot described in its December 2025 no-action request, participating institutions would be able to record certain security entitlements through approved distributed ledgers. The securities themselves would remain within the established depository structure and registered in the name of DTC's nominee. The token would represent an entitlement supported by existing custody, record keeping and regulatory arrangements. It would not cause those arrangements to become unnecessary.1

This example is instructive precisely because it is conservative. The proposed service seeks to introduce programmability while retaining an authoritative record, controlled participation, defined reversal procedures and responsibility within a recognised market institution. It treats tokenisation as an alteration to the administration of a security entitlement, rather than as a substitute for the legal structure supporting it.

A credible tokenised instrument requires a continuous relationship between the asset, the issuer, the operating parties and the investor. Weakness at any point in that relationship can impair the value of the instrument even when the software performs as intended.

The requirement for continuity does not imply that every transaction needs numerous entities or elaborate documentation. Proportionality remains important. A simple asset with a reputable issuer and a limited group of professional investors may require fewer safeguards than a pool of heterogeneous receivables offered across jurisdictions. The point is that every material function must be allocated, documented and capable of being performed.

Consider a developer that has agreed to deliver verified carbon credits to a corporate buyer at a future date. The purchase commitment may provide evidence of demand, but the developer still requires capital to complete the project. A token linked to the forward agreement could support administration and distribution. It would not, on its own, make the future payment suitable collateral.

The financing analysis begins with the contract. The buyer's obligations may be conditional upon verification, delivery within a specified period and compliance with an accepted methodology. The agreement may restrict assignment or permit termination following delay. The expected credits remain exposed to project, methodology and jurisdictional risk. The value available to a financier is therefore not the face value of the purchase commitment. It is the risk adjusted value of the payment that can be enforced after the relevant conditions have been met.

An issuing vehicle could acquire the receivable or another defined interest in the project. Investors might then subscribe for notes issued by that vehicle, with proceeds released to the developer against agreed milestones. Payments received from the buyer could enter a controlled account and be applied according to a contractual order of priority. Verification, reporting, reserves and remedies for delay would form part of the financing terms. If a token were used, it could represent the notes, restrict transfers to eligible investors and assist with distributions.

The economic source of repayment remains the buyer's payment following valid delivery. The token can improve the administration of the financing instrument, but it does not remove project risk, convert a conditional payment into an unconditional one or create investor demand.

This distinction matters because tokenisation proposals often attribute too much value to fractional ownership and prospective secondary trading. Division into smaller units may broaden the set of eligible purchasers, subject to law and distribution arrangements. It does not ensure that those purchasers will exist, that they will receive sufficient information or that they will be willing to trade. Liquidity is an institutional outcome. It depends on standardisation, disclosure, market making, settlement, investor confidence and a continuing supply of comparable assets.

A transaction should be assessed not only by its operation in ordinary circumstances but also by the rights and procedures available when performance is interrupted. This is particularly important where the digital record depends upon off-chain information or upon an operator that has access to assets, accounts or administrative keys.

• 01Failure of the originatorThe analysis should establish whether the relevant asset or receivable has been transferred effectively, whether that transfer can be challenged and who can continue the transaction if the originator enters insolvency.
• 02Failure of the assetThe documents should identify the party that bears a reduction in value or cash flow, the reserves or credit support available and the process through which recoveries are pursued.
• 03Failure of the servicerCollections and reporting may cease even though the underlying claims remain valid. Data access, controlled accounts and replacement arrangements determine whether servicing can continue.
• 04Failure of custody or accessThe structure should address segregation, loss of keys, unauthorised transfers and the authority to correct the record without undermining legitimate ownership.
• 05Conflict between recordsThe governing documents should specify which record is authoritative and how discrepancies between a ledger, a corporate register and a custodian’s books are resolved.

These are conventional questions of finance, property and operational control. Distributed ledger technology can provide useful evidence and reduce some forms of reconciliation. It can also add dependencies involving protocols, bridges, administrative permissions and data feeds. The appropriate comparison is therefore between complete systems, not between a blockchain ledger and a particularly inefficient fragment of the incumbent process.

The application of distributed ledger technology does not generally displace the legal character of the instrument or the regulated nature of the activities performed around it. Within the European Union, crypto-assets that qualify as financial instruments fall outside the general scope of the Markets in Crypto-Assets Regulation and remain subject to the existing framework for financial instruments. The separate DLT Pilot Regime permits certain market infrastructures to test distributed ledger arrangements under defined conditions.2

For a project sponsor, the implication is practical. Legal analysis should begin with the rights granted to the holder and the activities undertaken by each participant. Raising capital, arranging investments, safeguarding assets, operating a market and managing a portfolio may each engage an established regulatory category. Describing the digital instrument as a utility token or a real world asset does not determine the outcome.

The same approach is relevant to jurisdictional selection. A jurisdiction with a specialised digital asset regime may offer administrative clarity, but the suitability of the structure also depends on company law, insolvency treatment, recognition of property interests, securities regulation, taxation and access to reputable service providers. Jurisdiction is consequently part of transaction design. It should not be reduced to a comparison of registration fees or headline licensing periods.

The development of institutional tokenisation should not be interpreted as a general acceptance of lightly structured digital claims. Emerging institutional models tend to preserve identifiable responsibility, controlled participation, recognised custody and procedures for correction or intervention. The Financial Stability Board has also observed that tokenisation can reproduce familiar financial vulnerabilities and may introduce additional operational and interconnectedness risks.3

Finwing Advisory. Finwing advises asset owners, founders and capital providers on the commercial, legal and operating design of tokenised transactions. Contact Finwing to discuss a proposed structure.

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