A financial asset has always been more than the record that represents it.
A bond is a claim on future cash flows. A fund represents a pool of underlying assets. Equity represents ownership in a business. Collateral represents value that can support another financial transaction.
For decades, financial markets have built increasingly sophisticated systems to issue, trade, settle and manage these assets.
Yet many of those activities still happen across separate systems.
The trade happens in one place. Ownership is recorded somewhere else. Settlement follows another process. Compliance is checked separately. Corporate actions are managed through additional workflows. Each participant maintains its own records and processes.
Tokenization introduces the possibility of bringing more of these activities closer together.
That is why the next phase of tokenization is less about putting individual assets on-chain and more about changing how financial markets work around those assets.
The IMF notes that tokenization can change financial architecture by bringing ownership, transactions and settlement onto shared digital infrastructure. The BIS similarly points to programmable platforms and more closely connected forms of digital money and financial assets as potential building blocks for future markets.
The important question is therefore not simply what can be tokenized?
It is what becomes possible once assets are tokenized?
From Digital Records to Programmable Financial Assets
Financial assets are already digital.
A security does not need to exist as a physical certificate to be bought or sold. Ownership, transactions and payments are already managed electronically across modern financial markets.
Tokenization introduces another layer.
Instead of simply keeping a digital record of an asset, its ownership and certain rules around that asset can be built into a digital system.
For example, a tokenized bond could include rules around who can hold it or transfer it. The transfer of the bond could be connected directly to the corresponding payment. JPMorgan’s Kinexys platform demonstrated this in live production: tokenised collateral settled against a tokenised cash payment in minutes rather than the standard overnight window, with the bond changing ownership at the same moment the payment cleared. Certain events, such as coupon payments or redemptions, could potentially be handled through automated processes.
The IMF describes programmability, shared ledgers and atomic settlement as important characteristics of tokenized finance. In simple terms, this means financial rules can be built into software, participants can work from a common digital record, and an asset and its payment can potentially settle together.
This changes the role of the asset.
It is no longer simply something that is stored and transferred.
It can become something that interacts with the financial system around it.
That is where the bigger opportunity begins.
The Market Starts Behaving Differently
The impact becomes clearer when we look at what happens after an asset is issued.
Consider collateral.
Financial institutions regularly use securities and other assets to support lending and trading activities. Moving that collateral can involve several participants, eligibility checks, instructions and reconciliation.
With tokenized assets, some of these steps can potentially be brought together.
An asset can carry information about its eligibility. A system can check whether it meets certain requirements. BlackRock’s BUIDL token is already operating this way — accepted as collateral on Aave Horizon’s institutional lending market, earning its underlying Treasury yield while simultaneously serving as eligible margin. The eligibility is on-chain. It does not require a separate check to be mobilised. The asset can then be transferred or substituted through a more connected process.
The same principle can apply to lending.
A tokenized asset could interact with a lending platform, with conditions around interest, collateral or repayment built into the process.
Corporate actions follow the same principle.
The result is not simply that transactions become faster.
The bigger change is that more of the asset’s lifecycle can operate through connected digital processes.
This can reduce friction between issuance, ownership, settlement, servicing and the next financial transaction involving the asset.
The asset becomes part of a broader financial workflow.
Settlement Becomes a Core Design Question
Once assets become digital and programmable, the next question is what happens to the money used to settle them.
This is becoming an important area of development across financial markets.
Tokenized bank deposits, stablecoins and wholesale central bank digital currencies are all being explored as forms of digital settlement money.
The BIS has argued that tokenized central-bank money, commercial-bank money and financial assets are designed to operate through connected infrastructure. This could allow different parts of a transaction to work together more closely and support settlement where the asset and payment move together.
The significance is broader than payments.
Imagine a tokenized bond being settled with digital money, while the same bond can later be used as collateral for another transaction.
The asset is no longer sitting at the end of one process.
It becomes part of several connected processes.
That is the point at which tokenization begins to influence financial-market architecture, rather than simply financial-asset representation.
Interoperability Becomes More Important as the Market Grows
As tokenization expands, financial markets will not suddenly move to one network.
Banks will have their systems. Asset managers will have theirs. Exchanges, custodians and financial-market infrastructures will continue to operate across different environments.
The challenge will be making these systems work together.
This is where interoperability becomes important.
Put simply, tokenized assets need to be able to interact across compatible financial systems without losing the information that makes them meaningful.
An asset should not become a different asset simply because it moves from one environment to another.
Its identity, ownership, permissions and relevant information need to remain clear.
This is also why standards will become increasingly important.
The IMF’s recent work on financial market infrastructure suggests that tokenization could bring areas such as record-keeping, settlement, collateral management and reporting closer together, while legal ownership, governance and accountability remain important institutional responsibilities.
The future will not be purely technological.
It will be a combination of technology, financial institutions, regulation and standards.
The RWA Market Is Becoming More Composable
This is where the RWA market becomes particularly interesting.
A tokenized asset becomes more useful when it can work with other financial products.
A tokenized Treasury can become collateral.
A tokenized bond can be part of a financing transaction.
A tokenized fund can hold other tokenized securities.
Digital money can settle tokenized assets.
In other words, one financial product can become part of another financial process.
This is often called composability.
The same composability extends to capital formation for assets that do not yet exist. A tokenised infrastructure project can release capital to a project sponsor in tranches tied to verified construction milestones. A tokenised film slate can connect institutional anchor investors to a structured co-investment vehicle, with compliance-enforced access across multiple jurisdictions. Programmable financial infrastructure does not only connect assets — it connects capital to the projects that need it before those assets exist at all. This is where tokenisation moves from financial efficiency to capital formation at scale.
The idea is simple: financial products can increasingly work together instead of operating as isolated products.
That could eventually create markets where assets behave more like connected building blocks.
Data from Artemis and RWA.xyz confirms growing deployment of tokenised real-world assets as collateral in lending and margin applications — the outstanding tokenised RWA market reached $24 billion by mid-2025, with collateral use cases among the fastest-growing categories.
This is an important shift.
The value of tokenization may not come from creating more tokens.
It may come from what those tokens can do once they are connected to the rest of the financial system.
What This Means for Institutions
For banks and asset managers, this could gradually change how financial products are designed and operated.
Issuance, custody, settlement and compliance can become more closely connected.
For market infrastructure providers, some reconciliation and post-trade processes could become more automated.
For investors, the longer-term opportunity could include faster settlement, broader access and new ways of using financial assets.
For regulators, the challenge will be ensuring that greater automation does not come at the expense of transparency, legal certainty or accountability.
Tokenization does not remove institutions from finance.
In many ways, it makes the role of trusted institutions even more important.
The technology can help execute processes.
Institutions define the rules, provide oversight and establish trust.
The IMF also highlights that tokenization can move certain risks away from traditional processes and towards platforms, software, governance and the information supporting financial decisions.
The infrastructure therefore has to be designed with the same attention to trust as the financial products operating on it.
Where the Next RWA Infrastructure Layer Emerges
This creates an important infrastructure question.
If thousands of assets eventually become tokenized, the market needs more than a way to create those tokens.
It needs reliable answers to basic questions:
Who issued the asset? What does it represent? What rights does it provide? Who can interact with it? What standards apply? And what evidence supports the information attached to it?
These questions become even more important when assets begin moving between different financial applications.
For Blockmaze, each layer of this architecture corresponds to a specific infrastructure decision. Issuer verification determines whether the entity behind a tokenised instrument is identifiable and accountable before a single token is issued. Proof of Reserve — attested independently every fifteen days — determines whether the assets backing that instrument are actually present throughout its life. Compliance-enforced transfer mechanics ensure that the rules around who can hold the instrument persist through every transaction, not only at issuance. DAO governance provides a defined, auditable process for decisions that arise across the life of an instrument that may run for a decade.
These are not features layered on top of tokenisation. They are the infrastructure layer that allows a tokenised asset to be trusted, not simply transferred.
The objective is not simply to put more assets on-chain.
It is to help create the foundations that allow tokenized assets to be understood, verified and connected as financial markets become increasingly digital.
As the RWA ecosystem grows, this layer becomes increasingly important. Because a token can show that something moved.
The financial system also needs to know what moved, who stands behind it and why it can be trusted.
The Bigger Shift
The most important development in tokenization may therefore happen beyond the token itself.
It is the possibility of connecting ownership, settlement, collateral, payments and financial products through infrastructure that allows them to work together more efficiently.
That creates a different way of thinking about financial markets.
Instead of asking whether individual assets can be tokenized, we can begin asking how entire financial workflows can become more connected.
The progression is becoming clearer:
Digital records → tokenized assets → connected transactions → programmable financial markets →community capital formation at scale.
This does not mean traditional finance disappears.
Banks, asset managers, exchanges, custodians and regulators will remain central to the system.
What changes is the infrastructure through which they interact.
For Blockmaze, that creates a broader opportunity: helping build the trusted infrastructure required for real-world assets to move from isolated digital representations into connected, verifiable and increasingly programmable financial markets.
The future of tokenization is therefore not simply about putting assets on-chain.
It is about building a financial system where those assets can finally work together. And where that system can finance what does not yet exist, not only represent what does.