Most institutions can already issue a tokenized asset. The harder question is what happens next: whether that asset can settle, stay compliant, and move across the systems the rest of the market already runs on. Whether a tokenized asset can do those things determines whether it is usable across real markets or stuck on the platform that created it.
This guide explains what asset tokenization is, what it changes for institutions, and what to weigh before building. It also makes a case: the value is not in minting a token. The value is in whether tokenized assets can operate as real financial infrastructure once they exist.
At its simplest, asset tokenization means representing financial or real-world assets onchain so they can be issued, traded, and serviced with more automation and transparency than legacy systems allow. It does not replace the asset or the rules that govern it. It changes how the asset is issued, moved, and settled, shifting work that used to happen manually into the asset itself.
The trajectory is significant. BCG estimates that asset tokenization could become a business opportunity worth as much as $68 trillion by 2030 in a best-case scenario. Most institutions are no longer deciding whether to tokenize, but which assets and workflows to prioritize.
Picture a private-markets fund manager who tokenizes fund shares. Subscriptions and redemptions that used to take days can settle the same day, while cap-table logic enforces investor limits automatically. A corporate treasurer issues tokenized commercial paper where a smart contract pays the coupon on schedule by debiting an onchain USD balance, with no manual instruction. A custodian bank operates segregated omnibus wallets (onchain custody accounts held separately for each client) and publishes real-time proof-of-reserve reports to clients and regulators instead of assembling them after the fact.
None of these require a new asset class. They take instruments institutions already manage and change how those instruments are issued, serviced, and settled.
Legacy securities infrastructure was designed for batch processing and local market hours, not for real-time global liquidity. The cost of that mismatch is not abstract.
Batch settlement cycles leave capital tied up between trade and settlement, and the gap is where intraday credit risk lives. Fragmented data means custodians, transfer agents, and clearing houses each keep their own records, so reconciliation becomes manual work that runs late into the night and still produces breaks. Asset-servicing workflows such as coupon payments depend on dated message standards and pass through several intermediaries, and every handoff adds time, cost, and a chance for error.
These are not edge cases. They are the daily operating tax of the current system, and they cap how quickly a firm can bring a new product to market.
Deployed correctly, blockchain tokenization addresses several of these constraints directly. The table below maps the core capabilities to what they mean for an institution.
| Capability | Institutional impact |
|---|---|
| Atomic settlement (simultaneous delivery versus payment) | Reduces counterparty risk and margin requirements |
| Programmable corporate actions via smart contracts | Automates coupon distribution and voting, reducing manual errors |
| Fractional ownership | Expands the investor base for private credit, real estate, and infrastructure assets |
| Around-the-clock market access | Aligns with global investor demand and supports instant collateral mobility |
The pattern across all four is the same. Work that used to sit in operations, in reconciliation, or in the settlement gap moves into the asset itself, where it runs by rule rather than by hand.
This is already working at scale. Broadridge’s Distributed Ledger Repo platform now settles about $8 trillion in tokenized repo trades a month, and a Broadridge study with Finadium found that using it for more intraday settlement could cut intraday liquidity buffers by 8 to 17 percent. That is the collateral mobility from the table, running on a live platform.
Atomic settlement raises a question the delivery side alone doesn’t answer: what does the asset settle against? The cash leg matters as much as the asset leg, and it can take several forms. Tokenized deposits represent commercial-bank money onchain and carry the issuing bank’s credit but sit within a familiar regulatory perimeter. Regulated stablecoins offer broad reach, with their quality depending on how they are backed and redeemed. Wholesale central bank digital currency, or tokenized central-bank reserves, is generally regarded as the highest-quality settlement asset, since it is a direct central-bank liability rather than a commercial-bank one. The settlement asset a firm chooses shapes the risk, speed, and reach of every transaction built on top of it.
Here is the part most tokenization conversations skip. Issuing a token in one environment is straightforward. The difficulty is that a tokenized asset is only useful if it can operate beyond the platform that created it.
In practice, institutions run different compliance logic, different data structures, different settlement processes, and different custody models. An asset that works cleanly inside one platform can be stranded the moment it needs to move, settle, or be verified somewhere else. Compliance may be enforced locally but not consistently across counterparties. Settlement may be technically possible but not verifiable enough for institutional scale.
Tokenization works locally. The challenge now is making it work globally. That requires shared standards for how assets behave, how compliance is proven, how data is exposed, and how settlement can be trusted, so systems can interoperate without every institution being forced onto identical infrastructure.
Regulation shapes the product. Tokenized assets can run on global infrastructure, but they still operate under local rules, and the jurisdiction determines what a platform can offer, which licenses it may need, how assets must be held, and which investor protections apply.
The requirements vary by market. In the European Union, MiCA introduced a clearer framework for crypto-asset service providers. Singapore has focused on risk-management standards for tokenized bonds and funds. In the United States, the first question is often whether the asset qualifies as a security and falls under SEC oversight.
For institutions, this means regulation cannot be treated as a compliance box to tick at the end. It is one of the first product-design decisions, because it determines what the product can be at all.
There is no single right approach. Firms can build proprietary infrastructure for maximum control, buy turnkey software for speed, or adopt white-label tokenization for a balance of control and rapid deployment. Each route trades control against time-to-market against operating burden.
The right choice depends on a firm’s risk appetite, its jurisdictional obligations, and its long-term growth objectives. A bank with heavy compliance requirements and a long horizon may justify building. A firm that needs a product in market this year may not.
Standardization is also making the decision easier over time. ISO 20022 messaging is already being adopted across payment systems, and token standards such as ERC-3643 give tokenized securities a common framework for identity and compliance. As these standards mature and adoption grows, interoperability improves and the cost of getting tokenized assets to work together comes down.
Tokenization can improve transparency and may reduce operational risk, but no single approach fits every organization, and the technology alone does not deliver the outcome. What separates a demonstration from durable infrastructure is whether tokenized assets can move, comply, and settle across the systems institutions already trust.
The first wave of asset tokenization proved the assets can be created. The next phase depends on standards and infrastructure that let those assets operate as connected markets rather than isolated platforms. That is the shift worth planning for.
Atomic settlement: Delivery of an asset and payment at the same instant.
Blockchain: A shared, append-only database whose entries are secured with cryptography and consensus mechanisms.
Smart contract: Code stored on a blockchain that executes predefined rules.
Disclaimer: This document is provided for informational purposes only and does not constitute legal, tax, regulatory, accounting, or investment advice. Any figures and projections are sourced from publicly available research. No representation or warranty is made as to the accuracy or completeness of the information. Readers should obtain independent professional advice before making any decision based on this content.