The past 12 months have been highly tumultuous for digital assets and Web3 players, even by the turbulent industry’s standards. Multiple bankruptcies, high-profile cases of fraud, and regulatory enforcement actions have had an impact on mainstream enthusiasm for the sector.
Yet companies in financial services, retail, music, gaming, and media, among other sectors, continue to pursue opportunities in Web3, such as tokenized loyalty programs. In financial services, the emphasis is shifting to the reemergence of a “blockchain, not crypto” narrative. Banks, asset managers, and other institutions are intrigued by the technological potential of “tokenization”—the process of issuing a digital representation of a traditional asset on a (typically private) blockchain, sometimes referred to as a distributed ledger. Several leaders of large institutions have publicly voiced interest in tokenization’s potential to transform capital markets. Analysts have forecast that $4 trillion to $5 trillion of tokenized digital securities could be issued by 2030. While these numbers are, of course, only projections, in-production examples at scale are emerging. For example, US-based Broadridge, a fintech infrastructure company, now facilitates over $1 trillion worth of tokenized repurchase agreements monthly on its Distributed Ledger Repo (DLR) platform.
In financial services, the emphasis is shifting to the reemergence of a ‘blockchain, not crypto’ narrative.
These pronouncements and projects give many digital-asset veterans a distinct sense of déjà vu. The first tokenization took place in 2017, and critics point to the limited traction it has gained since then. The question now is, will this time be different?
This article attempts to provide a careful and balanced look at some of the asserted benefits and perennial challenges of tokenization across asset classes. From this, we conclude that challenges remain, but growing institutional interest and stronger business fundamentals across certain asset classes offer potential for a different outcome this time, especially for players that follow a well-structured approach.
Tokenization’s potential benefits
Tokenization refers to the process of creating a token on a blockchain that represents an asset. These tokens can be representations of traditional tangible assets (such as real estate, agricultural or mining commodities, analog artworks), financial assets (equities, bonds), or nontangible assets such as digital art and other intellectual property. Whether these assets have a parallel representation in other systems of record (“off-chain” in a central securities depository, say) or are native to the on-chain model, tokenization typically involves four fundamental steps (see sidebar, “The process of tokenization”).
Tokenization gives asset holders and market makers access to blockchain technology’s potential benefits. Broadly speaking, these include 24/7 operations and data availability, along with so-called atomic (that is, instantaneous) settlement. In addition, tokenization offers programmability—that is, the ability to embed code in the token, and the ability of the token to engage with smart contracts—enabling higher degrees of automation.
More specifically, when tokenization is conducted at scale, beyond proofs of concept, its benefits will differ by asset class but could include some combination of the following (exhibit):
- Improved capital efficiency. Tokenization can deliver meaningful capital efficiencies in certain capital market use cases. Tri-party repurchase agreements or money market fund redemptions can occur in a matter of minutes, as opposed to the current T+2 settlement, for instance. Shorter settlement times generate significant savings in high-interest-rate environments such as the current cycle. For investors, these savings may be the greatest near-term impact from tokenization and the main reason why the business case is now different from six years ago.
- Democratization of access. Among tokenization’s most touted benefits is the inherent democratization of access, which offers potential for improved liquidity resulting from the fractionalization of assets (that is, division of ownership into smaller parts). In some asset classes, streamlining operationally intensive manual processes can lower the unit economics, thereby making it feasible to serve smaller investors. However, access to these investments may have regulatory limitations, meaning many tokenized assets may be available only to accredited investors. And while fractionalization can certainly be appealing and feasible for better liquidity, tokenized asset distribution will need to reach much larger scale before true democratization of access is realized.
- Operational cost savings. Asset programmability can be another source of savings, particularly for asset classes where servicing or issuing tends to be highly manual, is error prone, and involves numerous intermediaries. Examples of such assets include corporate bonds and other fixed-income products, which often involve a bespoke structure, imprecise interest calculations, and coupon payment disbursements. Embedding operations such as interest calculation and coupon payments into the smart contract of the token would automate these functions, lowering their costs. System automation via smart contracts also can lower the cost of services such as securities lending and repos. And over time, digital-asset programmability can also create benefits at the portfolio level by enabling asset managers to automate the rebalancing of portfolios in real time.
- Enhanced compliance, auditability, and transparency. Current compliance systems often rely on manual checks and (often retroactive) analyses. Asset issuers could automate these compliance checks by embedding specific compliance-related actions (for example, transfer restrictions) into tokenized assets, automating these compliance checks. In addition, the system’s 24/7 data availability creates opportunities for streamlined consolidated reporting, immutable recordkeeping, and real-time, auditable accounting (where the blockchain can be used to create
a so-called triple-entry bookkeeping system, where immutable time stamps are the novel addition). A high-profile example is carbon credits, where blockchain technology can provide an immutable and transparent record of the purchase, transfer, and retirement of credits, with transfer restrictions and measurement, reporting, and verification (MRV) functionality built into a token’s smart contract. This way, when a transaction of a carbon token is initiated, the token can automatically check up-to-date satellite imagery to ensure that the underlying nature-based removal project is still operating, enhancing trust in the ecosystem.
- Cheaper and more nimble infrastructure. Blockchains are inherently open source and continue to evolve, spurred by the thousands of Web3 developers and billions of dollars’ worth of venture capital invested in the space. Assuming financial-services companies elect to operate private or hybrid instances of public permissionless blockchains, future innovations—for example, in smart contracts and token standards—could be easily and quickly adopted, further lowering operating costs.
In light of these benefits, it’s clear why many big banks and asset managers are intrigued by the technology’s promise. However, some of these benefits remain theoretical in nature given the lack of scale of tokenized assets and use cases, and it begs the question why more progress has not been achieved over the past six years.
Continuing challenges to widespread adoption
Despite the benefits tokenization may deliver, few assets have been tokenized to date. A notable exception is cash, in the form of fully reserved
“stablecoins” and tokenized bank deposits.
Why hasn’t digital-asset tokenization achieved widespread adoption to date? Conditions have posed challenges related to infrastructure, implementation costs, market maturity, regulation, and industry alignment.
Technology and infrastructure unpreparedness
Adoption of tokenization is held back by limitations of the available infrastructure. The limitations include a continuing shortage of institutional-grade digital-assets custody and wallet solutions offering sufficient flexibility in managing account policies, such as trading limits. Also, blockchain technology, particularly the public permissionless versions of it, has been hindered by limited system uptime at high transaction throughputs—a deficiency that is unacceptable to support tokenization of certain use cases, particularly in mature capital markets. Finally, the fragmented (private) blockchain infrastructure—including developer tooling, token standards, and smart-contract guidelines—creates interoperability challenges across financial institutions. This introduces new risks (such as bridging protocols between blockchains), fragmentation of liquidity, and challenges in harmonizing data across systems to deliver necessary reporting.
Limited short-term business case and high cost to implement
Many of tokenization’s potential economic benefits come to fruition at scale, when a sizable majority of assets or use case volumes have migrated to the new digital infrastructure. However, this will likely require a cost-intensive transition to adapt middle- and back-office workflows not designed for tokenized assets. The situation implies unclear short-term benefits and a challenging business case on which to gain organizational buy-in. Further complicating the short-term business case, such transitions often involve running digital-twin operations (for example, digital and traditional settlement, data reconciliation and compliance on and off chain, digital and traditional custody and asset servicing) to reduce near-term operational and regulatory risk. Finally, many legacy clients in capital markets have yet to demonstrate interest in 24/7 infrastructure and movement of value, presenting further challenges to the go-to-market approach for tokenized products.
Tokenization’s ability to achieve faster settlement times and greater capital efficiency requires instantaneous cash settlement. However, there currently exists no cross-bank solution at scale, despite the progress that has been made on this front: tokenized deposits currently operate only within a single bank, and stablecoins lack the regulatory clarity for now to be considered bearer assets to provide for real-time ubiquitous settlement. In addition, the tokenization provider landscape has been fragmented and nascent, with no integrated and established one-stop-shop offering the requisite licenses and capabilities. A third remaining issue is the absence of at-scale distribution channels for digital assets to be accessed by the appropriate investors. Many tokenized assets are available only on homegrown platforms from tokenization providers, in contrast to the established distribution channels used by wealth and asset managers.
To date, the regulatory framework for tokenization has differed substantially by region or has simply been absent. US players are particularly challenged by undefined settlement finality, lack of legally binding status of smart contracts, and unclear requirements for qualified custodians. Further unknowns remain regarding the capital treatment of digital assets. For instance, the US Securities and Exchange Commission has implied through Staff Accounting Bulletin 121 that digital assets must be reflected on the balance sheet when providing custodial services—a stricter standard than for traditional assets. This requirement makes it cost prohibitive for banks to hold and potentially even distribute digital assets.
Industry in need of alignment
Capital market infrastructure players have yet
to signal the concerted will to build out tokenization capabilities or move markets on chain, although their involvement is critical, as they are the ultimate recognized holders of books of record. Incentives to move to new infrastructure may be misaligned, given that certain functions now performed by intermediaries could become obsolete or change dramatically. Even carbon credits as an asset class have encountered challenges in gaining alignment on an established registry. At present, Gold Standard is the only registry publicly preparing to support tokenized carbon credits, despite the clear benefits of enhanced transparency.
Tokenization may be at an inflection point
Despite the challenges, tokenization may have reached an inflection point for certain use cases and asset classes. Trends over recent months are consistent with a possible acceleration of adoption.
Advances in cash tokenization. Settling trades of tokenized assets instantaneously and 24/7 requires cash tokenization; without it, only one leg of a transaction can be completed instantly.
Approximately $120 billion of tokenized cash is now in circulation in the form of fully reserved stablecoins (for example, Pando USD and USD Coin). Some banks have launched or will shortly launch tokenized deposit capabilities to improve the cash settlement leg of commercial trades. These nascent systems are not perfect by any means; liquidity remains fragmented, and stablecoins are not yet recognized as bearer assets. Even so, they have proven sufficient to support meaningful volumes in the digital-assets market. Stablecoin on-chain volumes have routinely exceeded $500 billion monthly.
- Improving short-term business case fundamentals. Higher interest rates have improved the economics for some tokenization use cases that deliver capital efficiency. Short-term liquidity transactions such as tokenized repos and securities lending are more attractive with higher rates, as are tokenized money market funds for fluid collateral management. To see the shift in business case, imagine the difference in cost of a $100 million notional one-hour repo facility versus the standard 24-hour facility when
rates have risen from 0 to 5 percent. In addition, in the United States, established banks have recently received an influx of large (and often very profitable) digital-asset business clients—for example, stablecoin issuers. Keeping these clients will require 24/7 movement of value and tokenized cash, further facilitating the business case to accelerate tokenization capabilities.
- Emerging regulatory framework outside the United States. In the past six months, the European Union has moved to approve Markets in Crypto-Assets (MiCA) legislation, and other regions such as Hong Kong, Japan, Singapore, the United Arab Emirates, and the United Kingdom have published new guidelines that enhance the regulatory clarity for digital assets. Even in the United States, market participants are exploring various tokenization and distribution approaches, leveraging existing rules and guidance to mitigate the impact of the current regulatory uncertainty—for example, by limiting distribution of tokenized assets to accredited investors only and by running digital-twin instead of digital-native operations.
- Increasing market readiness and infrastructure maturity. Over the past five years, many established financial-services companies have added digital-asset talent and capabilities. Several banks, asset managers, and capital market infrastructure companies have built digital-asset teams of 50 or more people, and these teams are growing. With that, the level
of understanding of the technology and
its promise has expanded among established market participants. Additionally, we are currently seeing greater experimentation and planned expansion of capabilities (often through partnerships) among these capital market incumbents, with some working on integrating or rolling up necessary capabilities to become a one-stop shop for asset tokenization and distribution.
While tokenization has yet to achieve the scale needed to deliver on all its stated promises, the ecosystem is maturing, underlying challenges are becoming clearer, and the business case
for adoption may be improving. Initial proof points, especially in use cases that benefit from increased capital efficiency in a higher-rate environment (as opposed to the traditional argument of better liquidity for illiquid assets), highlight more use cases where the technology could gain traction and generate meaningful value for global markets over the next two to five years.
Considerations for financial-services companies
Whether or not tokenization is at an inflection point, a natural question to ask is how financial-services companies should respond at this juncture. The specific time frame and ultimate adoption of tokenization are unknown, but early institutional experimentation across certain asset classes and use cases (for example, money market funds, repos, private funds, corporate bonds) has shown the potential to scale in the next two to five years. Those who would look to ensure a leading position in this ecosystem could consider the following steps.
Reexamine underlying business cases
Businesses should reassess the concrete benefits and value proposition of tokenization, as well as the avenues and costs of implementation. Understanding what impact higher interest rates and volatile public markets have on specific assets or use cases is important to appropriately evaluating tokenization’s potential benefits. Similarly, continually exploring the landscape of providers and understanding the early applications of tokenization will help to refine estimates of the technology’s costs and benefits.
Build out tech and risk capabilities
Regardless of an incumbent’s position in the value chain, a few capabilities are necessary to prepare for a tokenized world. First and foremost is building a basic understanding of the technology and its associated risks, particularly relative to blockchain infrastructure and governance duties (who can approve what and when), token design (restrictions placed on the asset and enforcement of these restrictions), and system design (decisions about where books and records reside and what the implications are for the bearer nature of the asset). An understanding of these underlying principles could also inform conversations with regulators and customers who are still getting up to speed on the technology.
Form ecosystem relationships, particularly for asset distribution
Given the fragmented nature of the current landscape, it will be important for these emerging leaders to develop an ecosystem strategy for off-the-shelf integrations into other (legacy) systems and partners. Very few asset owners are willing to engage eight different parties to tokenize an asset; the custody, distribution, trade, and servicing of these assets should be as simple as possible. Partnerships expanding distribution and access to investors can create meaningful strategic distance for an incumbent by helping such a company reach scale.
Participate in standard setting
Finally, institutions that are looking to have a leading position in tokenization should provide regulators with streamlined input about emerging standards to avoid further fragmentation of liquidity, data, and composability. Some examples of key areas where standard setting can be considered include controls (that is, appropriate governance, risk and control frameworks to protect end investors), custody (what constitutes qualified custody for tokenized assets on private networks, when to use digital-twin versus digital-native records, what constitutes a good control location), token design (what type of token standards and associated compliance engine to support), and blockchain support and data standards (what data are kept on chain versus off chain, reconciliation standards).
This is not the first time an industry has attempted a shift to a more modern infrastructure. These shifts are always challenging, as it means running the old and new operating models in parallel for a while, which is hard to do when costs are in focus. Regulatory uncertainty only compounds the difficulty. However, given the potential benefits tokenization can bring to financial services, recent moves by leading incumbents suggest they may be up for the challenge, although it could take some time. Meanwhile, banks, asset managers, custodians, and others can take some no-regret moves today to prepare for this possibility of a tokenized world—the strategic optionality may be worth it after all.