Digital tokens are poised to significantly transform the global financial landscape over the next decade, offering new ways to represent assets and money that extend beyond current electronic payment systems. While critics question the utility of tokenisation given existing near-instant payment infrastructures in regions like the UK, European Union, and India, proponents compare the shift to the evolution from 4G to 5G telecommunications—offering not just faster transactions but fundamentally enhanced capabilities.

Early iterations of tokenised money emerged with cryptocurrencies, which enable peer-to-peer payments without intermediaries but have been marked by high volatility. More recently, stablecoins—digital tokens pegged to traditional assets—have gained traction due to their relative stability. Beyond these, the ecosystem now includes tokenised deposits, which are blockchain-based digital representations of commercial bank deposits. Central banks have also introduced digital currencies drawing on these developments.

The tokenisation of a broad range of financial instruments is underway, encompassing bonds, gold, real estate, money market funds, and private equity. In principle, any asset can be digitised and assigned monetary value through blockchain or distributed ledger technologies, though experts caution against indiscriminate application, noting the poor long-term prospects for numerous speculative tokens like the millions of memecoins issued recently.

One of the most promising aspects of tokenised money is its ability to facilitate instant payments not only domestically but across borders. This capability could streamline remittances for overseas workers and simplify consumer transactions internationally. Furthermore, the programmable nature of tokenised money allows for automation—enabling funds to be used under specified conditions, thus enhancing functions beyond mere speed.

Digitally native bonds exemplify these benefits. Traditional bond settlements can take several days, but tokenised bonds can settle almost instantly, reducing both risk and capital inefficiencies. Investors may also leverage these bonds as collateral intraday, shortening financing cycles compared to conventional repurchase agreements. Fractionalisation—dividing assets into smaller digital units—lowers investment thresholds and expands access. Smart contracts embedded in tokenised assets could further reduce operational complexities and improve distribution.

International trade stands to gain substantially from tokenisation applied to bills of lading, invoices, and trade finance, with programmable contracts automating payments upon receipt of goods. However, realizing this vision depends on significant investments in infrastructure, including new platforms and data centers, along with achieving interoperability to enable scalable and seamless use of tokenised deposits.

Regulatory clarity and standardisation are critical enablers. Progress is evident across jurisdictions: Hong Kong requires licensing for stablecoin issuers operating within its financial system, with HSBC among the first to receive approval. In the United States, stablecoins now fall under a federal regulatory framework aimed at integrating them into mainstream finance. The Bank of England has proposed that sterling-backed retail stablecoins be fully supported by high-quality liquid assets.

While tokenisation presents challenges to traditional banking business models, it also offers substantial opportunities. Tokenised deposits, already utilized in continuous, round-the-clock money movements within the financial system, have the potential to scale dramatically. The current stock of commercial deposits and similar instruments exceeds $100 trillion globally, dwarfing the approximately $310 billion market value of stablecoins.

Ultimately, the adoption of tokenised money and assets promises to drive operational efficiencies and reduce costs for businesses and consumers alike, marking a pivotal moment in the evolution of financial services akin to the advent of 5G technology.