1. Finance Is Entering a New Phase of Digitisation
Financial markets have already undergone several waves of technological change. Paper certificates gave way to electronic records, physical trading floors were supplemented by digital platforms, and payments increasingly moved online.
Tokenisation represents a further step: representing financial assets or liabilities on programmable digital ledgers.
The International Monetary Fund's April 2026 analysis describes tokenisation as a structural change in financial architecture, with potential implications for settlement, liquidity management and the way financial contracts operate. [1]
The important question is not whether an asset has a digital representation. Most modern financial assets already do. The question is whether a token-based system can improve how ownership and transactions are recorded, transferred and enforced.
2. What Is Tokenisation?
Tokenisation is the representation of an asset, liability or associated legal claim as a digital token on a ledger.
The underlying asset might be a government bond, a share in an investment fund or a claim connected to a physical asset. The token's meaning depends on the legal and technical arrangements supporting it.
A token does not automatically confer ownership of a building, guarantee repayment of a loan or give its holder enforceable shareholder rights. Those rights must be established through contracts, applicable law and the system's design.
This distinction separates meaningful financial tokenisation from a digital token that merely refers to an asset without providing a reliable claim over it.
3. Why Institutions Are Paying Attention
Traditional financial transactions can involve multiple intermediaries, separate databases, reconciliation processes and settlement delays.
Tokenisation may allow certain parts of these processes to operate on shared infrastructure, with transactions and related conditions recorded together.
The Bank for International Settlements (BIS) has proposed a tokenised financial architecture bringing together central bank reserves, commercial bank money and government bonds on a unified ledger. Its June 2025 announcement presented this as a possible foundation for a more integrated monetary and financial system. [2]
This remains a proposed direction for financial infrastructure, not proof that the entire global financial system has migrated to tokenised ledgers.
The attraction is the possibility of reducing friction between systems while preserving the trusted forms of money and settlement on which financial markets depend.
4. Government Bonds: A Practical Testing Ground
Government bonds are important financial instruments. They help governments raise funds, provide investment opportunities and serve as collateral in financial transactions.
Tokenisation could change how such securities are issued, transferred and settled.
A BIS Bulletin published in July 2025 examined tokenised government bonds and reported that issuance remained at an early stage, with approximately $8 billion issued to that point. It also found that tokenised bonds had lower bid-ask spreads than conventional bonds in the evidence it assessed, while issuance costs were comparable. [3]
These findings are encouraging but should not be interpreted as proof that tokenisation will always reduce costs. Results can differ by market, asset, platform and level of liquidity.
The next challenge is demonstrating that tokenised securities can function reliably at meaningful scale, including during market stress.
5. Could Investment Become More Accessible?
Fractional ownership is often presented as one of tokenisation's major benefits.
In principle, a financial asset could be divided into smaller units, allowing investors to obtain exposure without purchasing an entire asset. Tokenised fund interests, for example, could potentially make certain investments easier to distribute and transfer.
However, fractionalisation is not unique to blockchain. Traditional investment funds and other financial structures already allow people to invest smaller sums in diversified portfolios.
The real question is whether tokenisation makes these arrangements cheaper, more accessible or more efficient without weakening investor protections.
A lower minimum investment does not automatically make an asset suitable for everyone. Fees, liquidity, volatility and the legal rights attached to a token still matter.
6. The Property Question
Real estate is a frequent example in discussions about tokenisation because individual properties can be expensive and difficult to trade.
A token-based structure might represent shares in a company that owns a building, interests in a property fund or contractual claims linked to rental income.
These are different arrangements, with different rights and risks.
Owning a token representing shares in a property-owning company does not necessarily mean owning a direct legal share of the building itself. The investor may instead depend on the company, its directors, its debt obligations and the terms of the investment.
Tokenisation could make some property interests easier to distribute or transfer, but it cannot eliminate valuation uncertainty, maintenance costs, legal disputes or the underlying difficulty of selling a building.
7. Smart Contracts and Programmable Finance
A smart contract is software that executes defined operations when specified conditions are met.
In a tokenised financial system, a smart contract might automate the distribution of investment income, enforce transfer restrictions or coordinate the exchange of assets and payment.
For example, a securities transaction could be structured so that the asset transfers only when the corresponding payment is received. This is commonly described as delivery-versus-payment.
The potential benefit is the reduction of settlement risk and manual reconciliation. The challenge is ensuring that the code implements the intended legal agreement and behaves correctly in unusual circumstances.
Software can automate a contract's operation, but it cannot independently resolve every dispute about what the parties legally agreed to do.
8. Can Tokenisation Make Markets Operate Around the Clock?
Digital platforms can potentially support transactions outside the operating hours of conventional financial markets.
Yet continuous trading requires more than a token ledger. It also requires adequate liquidity, reliable market infrastructure, access to settlement assets, suitable risk controls and clear arrangements for handling outages.
A market that is technically open 24 hours a day may still have limited buyers and sellers at certain times. Thin liquidity can increase price volatility and make it harder to exit an investment at a reasonable price.
Tokenisation may extend the hours in which transactions are possible, but it cannot guarantee a deep and liquid market.
9. Cross-Border Payments and Settlement
International payments can involve multiple institutions, currencies, operating schedules and compliance checks.
Tokenised deposits or other regulated digital settlement instruments could help coordinate some of these processes. Shared infrastructure might reduce reconciliation between participants and make certain transfers easier to track.
The BIS has identified cross-border payments and securities markets among the areas in which tokenisation could improve efficiency. [2]
However, national laws, foreign-exchange arrangements, identity checks and financial-crime controls would still apply. Technical compatibility between two ledgers does not automatically establish legal compatibility between jurisdictions.
Progress will depend on institutions agreeing on common standards and rules as well as building the technology.
10. Tokenisation Is Not the Same as Cryptocurrency Speculation
The terms tokenisation and cryptocurrency are often used interchangeably, but they describe different things.
A cryptocurrency may be a digital asset in its own right. A tokenised bond, by contrast, represents a financial instrument issued under a particular legal and institutional framework.
The risks also differ. A tokenised government bond may expose investors to interest-rate risk, issuer risk, custody risk and platform risk. A speculative cryptocurrency may have a different risk profile, including extreme price volatility and uncertainty over its economic value.
Neither the word tokenised nor the use of blockchain makes an investment safe.
Investors need to understand the underlying asset, the issuer, the legal claim, the custody arrangements and the route available if something goes wrong.
11. Stablecoins, Deposits and the Importance of Money
A financial transaction requires a reliable way to settle the payment leg.
In traditional markets, that may involve commercial bank money or central bank money. Tokenised markets may also use stablecoins or other digital settlement instruments.
These forms of money are not interchangeable in every respect. Their legal status, redemption arrangements, issuer, safeguards and exposure to operational or financial risks can differ.
The BIS has argued that stablecoins, without appropriate safeguards and regulation, do not fully meet the requirements of sound money and can raise concerns for financial stability and monetary sovereignty. [2]
The choice of settlement asset is therefore fundamental. A more efficient token system will not be truly robust if the money used to complete its transactions cannot be trusted.
12. The Risks Behind the Technology
Tokenisation introduces risks that extend beyond the price of the underlying asset.
Technology risk: Software defects, cyberattacks or platform outages could interrupt transactions or compromise assets.
Custody risk: Investors may lose access to tokens if keys or account credentials are compromised, or if a custodian fails.
Legal risk: The relationship between a token and its underlying asset may be unclear or difficult to enforce across jurisdictions.
Liquidity risk: A token may be easy to transfer technically but difficult to sell at a fair price.
Operational concentration: If many institutions depend on a small number of platforms, a single failure could have widespread consequences.
Regulatory uncertainty: Rules may differ across countries and asset types, creating complexity for cross-border markets.
These risks do not make tokenisation inherently unworkable. They demonstrate why financial infrastructure needs robust governance, resilience and legal certainty.
13. Will Banks Be Replaced?
Tokenisation is more likely to change how many financial institutions operate than to eliminate the need for them.
Banks provide credit, assess risk, manage customer relationships, comply with regulation and support payments. Asset managers select investments, while custodians and market infrastructures help protect and transfer assets.
Some activities could become more automated or integrated. Other functions may remain essential precisely because digital systems need trusted institutions and reliable ways to resolve disputes.
Banks that adapt could use tokenisation to modernise their services. Those that do not may face pressure from competitors that deliver faster, more transparent or more cost-effective products.
The outcome will depend on commercial execution, regulation and customer demand—not technology alone.
14. What Must Happen Before Tokenisation Reaches Scale?
Wider adoption will require several conditions to develop together:
Legal certainty: Clear rules defining ownership and enforceable rights. Interoperability: Systems that can communicate and transact with one another. Trusted settlement: Reliable money and mechanisms for finalising transactions. Security: Strong protection for platforms, assets and customer information. Liquidity: Sufficient market participation for investors to enter and exit positions. Practical value: Demonstrable improvements over existing infrastructure.
A tokenised product may work successfully in a controlled pilot but still struggle to attract customers or connect to other systems. Moving from a proof of concept to a functioning market is a separate challenge.
15. The Outlook: Evolution Rather Than Instant Revolution
Tokenisation could become an important part of financial infrastructure over the coming decade, particularly in markets where settlement complexity, fragmented records or manual processes create substantial costs.
But the future is unlikely to involve every asset suddenly moving onto a single blockchain. Different systems may coexist, and adoption will vary according to regulation, customer needs and the economics of each use case.
The most meaningful success may be less visible than the hype suggests: fewer reconciliation errors, faster settlement, better access to certain investments and more reliable connections between financial institutions.
Ultimately, tokenisation is not valuable simply because an asset has become digital. It is valuable if the resulting system improves the way financial rights are recorded, transferred and protected.
Sources
[1] International Monetary Fund (IMF), Tobias Adrian. Tokenized Finance. IMF Notes, published 2 April 2026. Analysis of programmable financial assets, settlement, liquidity, governance and financial-stability risks.
[2] Bank for International Settlements (BIS). Next-Generation Monetary and Financial System Takes Shape, Based on a Tokenised Unified Ledger. Published 24 June 2025. Describes a proposed financial architecture based on tokenised central bank reserves, commercial bank money and government bonds.
[3] Bank for International Settlements (BIS). Tokenisation of Government Bonds: Assessment and Roadmap. BIS Bulletin No. 107, published 10 July 2025. Reviews early tokenised government-bond issuance and potential efficiency gains, alongside regulatory and infrastructure challenges.
Published by Banx Network. This article is part of the Banx decentralized media programme, powered by the BXE token on the XRP Ledger.
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