What Is Tokenization? How Digital Tokens Are Changing Assets and Finance

An asset does not have to become entirely digital to participate in the digital economy.

A government bond, company share, bank deposit, property interest, or other financial claim can still exist in the traditional financial system while being represented digitally through a process known as tokenization.

Tokenization is becoming an increasingly important part of discussions about financial markets, digital assets, and the future of money.

At its simplest, tokenization means creating a digital representation of an asset or claim on a programmable platform. The Bank for International Settlements (BIS) describes tokenization as recording claims on real or financial assets on a programmable platform. (BIS: The Next-Generation Monetary and Financial System)

The potential impact goes beyond creating digital versions of existing assets. Tokenization could change how assets are issued, transferred, settled, and managed.

What Is Tokenization?

Tokenization is the process of representing an asset or economic claim as a digital token.

The underlying asset could be a financial security, real-world asset, form of money, or another claim with economic value.

For example, a bond could be issued or represented as a digital token rather than being recorded only through conventional financial infrastructure. The token could then be transferred between eligible participants through the system that supports it.

The token itself is not necessarily the underlying asset. What matters is the legal and economic claim represented by the token.

That distinction is important because creating a digital token does not automatically create legal ownership of a physical or financial asset. Ownership rights, custody, settlement arrangements, and applicable laws still determine what the token actually represents.

The European Central Bank (ECB) describes tokenization as issuing or representing assets in digital-token form, typically using distributed ledger technology (DLT). (ECB: Eurosystem Brings Central Bank Money to Tokenised Finance)

For more background on the infrastructure that can support tokenized assets, see Economic Reader’s Distributed Ledger Technology (DLT) article.

How Does Tokenization Work?

A simplified tokenization process can be understood in four steps.

1. Identify the asset or claim

First, there must be something of economic value to represent. This could be a bond, fund unit, bank deposit, property-related claim, or another asset.

2. Create the digital token

The relevant claim is represented through a digital token. The token follows rules established by the platform and the legal framework governing the asset.

3. Record the token

The token is recorded and managed through digital infrastructure, potentially using DLT or another programmable system.

4. Transfer or use the token

Depending on the design, the token can be transferred, traded, used as collateral, or incorporated into automated transactions.

The important change is that the digital representation can interact with other programmable parts of the financial system.

What Can Be Tokenized?

Tokenization is not limited to cryptocurrencies.

Securities

Stocks, bonds, fund units, and other securities can potentially be represented as digital tokens.

Tokenized securities could bring parts of issuance, trading, settlement, and record-keeping onto more integrated digital infrastructure.

Real-World Assets

Physical and traditional assets can also be represented digitally.

Examples include real estate, commodities, infrastructure-related claims, and other assets where ownership or economic rights can be expressed through digital tokens.

However, the connection between the token and the underlying asset must be legally enforceable. A digital record by itself does not guarantee ownership.

Money and Bank Deposits

Tokenization can also involve money.

Central banks and financial institutions are exploring tokenized central bank money and tokenized commercial bank deposits as part of the development of digital financial-market infrastructure.

This matters because tokenized assets become more useful when the money used to purchase them can operate within compatible systems.

Other Economic Claims

More broadly, tokenization can be applied to different financial or economic claims where digital representation offers a practical advantage.

The BIS has highlighted the potential for tokenization to bring money and other assets onto programmable platforms, allowing different parts of a transaction to interact more closely. (BIS: The Next-Generation Monetary and Financial System)

Tokenization vs Cryptocurrency

Tokenization and cryptocurrency are not the same thing.

Cryptocurrency is a type of digital asset. Tokenization is a process for representing an existing asset or claim digitally.

Bitcoin, for example, is a native digital asset that operates on its own blockchain network. A tokenized government bond is different: the underlying economic claim already exists, but its representation and transfer use digital infrastructure.

This distinction matters because tokenization does not necessarily involve creating a new form of money or a new asset. It can instead change how an existing asset is represented, transferred, and managed.

For a broader explanation of blockchain technology, see Economic Reader’s What Is Blockchain? article.

Why Does Tokenization Matter?

The potential value of tokenization comes from making assets more programmable and connecting processes that have traditionally operated separately.

More Integrated Settlement

Traditional financial transactions can involve multiple stages and institutions.

A trade may require separate processes for execution, clearing, settlement, custody, and record-keeping. Tokenization could allow some of these activities to operate through more closely connected digital infrastructure.

The BIS has noted that tokenization can bring messaging, reconciliation, and asset transfer together within programmable environments. (BIS: The Next-Generation Monetary and Financial System)

Programmable Transactions

A tokenized asset can potentially interact with predefined rules or smart contracts.

For example, a payment could be released automatically when a particular condition is satisfied. This could reduce manual steps in some transactions and allow financial processes to become more automated.

Fractional Ownership

Tokenization can make it technically easier to represent smaller portions of an asset.

An asset with a high value could, in principle, be divided into smaller digital claims. That could lower the minimum amount needed to participate in certain investments.

However, fractionalization does not automatically create liquidity or make an asset available to everyone. Legal, regulatory, and market structures still determine who can own and trade the tokens.

Longer Operating Hours

Digital financial infrastructure can potentially operate beyond traditional market schedules.

The ECB has highlighted tokenization’s potential to improve efficiency by connecting different stages of an asset’s lifecycle, including issuance, trading, settlement, custody, and servicing. (ECB: Eurosystem Brings Central Bank Money to Tokenised Finance)

Tokenization Is Moving Into Financial Markets

Financial markets are among the most important testing grounds for tokenization because securities transactions often involve many participants and separate systems.

Recent ECB developments provide a concrete example.

On September 21, 2026, the Eurosystem launched Pontes, a system designed to allow wholesale transactions in tokenized assets to settle in central bank money. The ECB says Pontes connects market DLT platforms with Eurosystem services and represents an initial step in its broader work on tokenized finance. (ECB: Eurosystem Brings Central Bank Money to Tokenised Finance)

The ECB has also begun preparatory work to invest part of its own funds in tokenized securities, with those transactions planned to settle through Pontes. (ECB: ECB to Invest in Tokenised Securities)

These developments do not mean tokenized financial markets have replaced traditional markets. They show that central banks and financial institutions are testing how tokenized assets can operate alongside existing infrastructure.

What Are the Risks and Limitations?

Tokenization has potential benefits, but it does not eliminate the challenges of financial markets.

Legal ownership: A token needs to represent a clearly defined and enforceable claim. The relationship between the digital token and the underlying asset must be established.

Regulation: Tokenized securities, deposits, and other financial claims remain subject to applicable financial and securities rules.

Interoperability: Different tokenization platforms may use different technologies and standards. Poor interoperability could fragment markets instead of connecting them.

Liquidity: Turning an asset into a token does not guarantee that buyers and sellers will be available.

Cybersecurity: Digital infrastructure introduces operational and cybersecurity risks.

Governance: Someone still needs to establish platform rules, manage changes, and resolve disputes.

The BIS has identified legal, economic, and technical challenges surrounding tokenization and notes that technological change does not automatically guarantee better market outcomes. (BIS: The Tokenisation Continuum)

Why Tokenization Could Matter to the Economy

The broader economic significance of tokenization comes from its potential to reduce friction between money, assets, and transactions.

A financial transaction today can involve separate systems for identifying an asset, transferring ownership, making payment, settling the transaction, and updating records.

Tokenization could bring some of these processes closer together.

Consider a tokenized security purchase. In a sufficiently integrated system, the transfer of the asset and the payment could potentially occur together instead of passing through completely separate processes.

That could reduce some administrative work, shorten settlement processes, and make certain transactions easier to automate.

The BIS has identified this integration of assets, money, and programmable platforms as a potential foundation for the next generation of financial infrastructure. (BIS: The Next-Generation Monetary and Financial System)

But the economic impact will depend on adoption and coordination.

If different markets use incompatible systems, potential efficiency gains may be limited. If legal rights remain unclear, tokenization could add complexity instead of reducing it.

Tokenization Is More Than Putting Assets on a Blockchain

It is easy to describe tokenization as simply turning an asset into a blockchain token. In practice, it involves much more.

Technology, legal rights, financial infrastructure, regulation, governance, and market participation all matter.

Blockchain or DLT can provide the technical infrastructure, but the economic value comes from what that infrastructure allows participants to do.

That means tokenization is unlikely to be meaningful simply because an asset has been given a digital form. Its value depends on whether the new system makes ownership, transfer, settlement, or management more efficient or useful.

As financial institutions and central banks test tokenized securities, tokenized money, and new settlement infrastructure, the focus is gradually shifting from the idea itself to where it can deliver practical benefits.

Tokenization is therefore not simply about making assets digital.

It is about making the representation and movement of economic value more programmable.