Liquidity of Tokenized Assets: Promise, Reality, and What Comes Next

The liquidity of tokenized assets refers to how easily tokenized claims on real-world or digital assets can be bought, sold, or used as collateral without significant price impact. Despite over $25 billion in assets now on-chain, most tokenized RWAs exhibit low turnover, long holding periods, and limited secondary trading—meaning tokenization alone does not guarantee tradability. Genuine liquidity requires regulatory clarity, transparent valuations, robust venues, and broad investor participation. Gold-backed tokens and tokenized money market funds stand out as categories where meaningful liquidity is emerging. Understanding tokenized asset liquidity connects closely with building a hedge against economic crisis and forming a long term crypto strategy, while the rise of always-on digital markets naturally leads into the possibilities of 24/7 gold trading.

Related topics in this series:

• Earlier in the series: Hedge against economic crisis
• Also earlier in the series: Long term crypto strategy
• Next topic in the series: 24/7 gold trading

Why turning assets into tokens is only the first step toward true market liquidity

Over $25 billion of real-world assets now live on-chain, yet most tokenized assets trade with near-zero monthly volume. The gap between tokenization hype and actual tradability has never been wider. Proponents speak of fractional ownership, 24/7 global markets, and programmable finance, but the empirical record tells a more sobering story: the vast majority of tokenized real-world assets (RWAs) remain thinly traded, concentrated among a handful of holders, and far from delivering the liquid secondary markets that early evangelists envisioned.

Liquidity of tokenized assets is the ease with which tokenized claims on real-world or digital assets can be traded, priced, or used as collateral without significant price impact. In theory, tokenization enables around-the-clock global trading and bite-sized ownership stakes. In practice, most tokenized RWAs exhibit low turnover, long holding periods, and limited investor participation. Achieving genuine liquidity demands more than blockchain rails — it requires regulatory clarity, robust market venues, transparent valuations, and a broad, incentivized investor base.

This distinction matters to everyone in the value chain. Investors need to know that "tokenized" does not mean "tradable." Issuers who launch tokens without a liquidity strategy risk stranding capital and damaging credibility. Regulators must evaluate whether tokenized funds could amplify runs rather than cushion them. And infrastructure providers — exchanges, custodians, market makers — must understand which design choices foster liquidity and which quietly suppress it.

For the purposes of this article, liquidity is defined as the ability to buy, sell, or pledge tokenized assets quickly and cheaply, measured through turnover, bid–ask spreads, active traders and addresses, and market depth across centralized exchanges, decentralized exchanges (DEXs), OTC desks, and lending protocols.

The central thesis is straightforward: tokenization provides a new technical rail and ownership format, but it does not automatically solve the deeper legal, informational, and market-structure issues that determine liquidity. The future of tokenized assets depends on how successfully these non-technical constraints are addressed.

The sections that follow trace the history of digital liquidity, explain why tokenization and liquidity are distinct problems, survey where liquidity is actually emerging today, weigh the benefits and trade-offs, present real-world case studies, examine the open debates, and close with practical guidance for issuers, investors, and policymakers.

From Dematerialization to Tokenization: A Short History of Digital Liquidity

The idea of representing asset ownership digitally is older than blockchain. Central securities depositories (CSDs) dematerialized equity and bond certificates decades ago, replacing paper with electronic book-entry records. Yet that transition did not, by itself, revolutionize liquidity. Trading still depended on exchange order books, dealer networks, and clearinghouses. The liquidity discussion centered on market microstructure — spreads, depth, and settlement cycles — not on the format in which ownership was recorded.

The first wave of blockchain tokenization arrived between 2015 and 2019. Inspired by Ethereum's programmability and the ICO boom, entrepreneurs launched security token offerings (STOs) and early experiments with tokenized real estate and private equity. The pitch was compelling: fractionalize illiquid assets, open them to global retail investors, and let smart contracts handle compliance. The reality was disappointing. Fragmented regulation, thin investor demand, and the near-total absence of functioning secondary markets left most tokens effectively illiquid. Platforms that issued tokens rarely attracted the trading activity needed to sustain a market.

Between 2020 and 2024, the narrative matured. Attention shifted to institutional-grade RWA tokenization — U.S. Treasuries, money market funds, gold, private credit, and fund shares. Researchers began building empirical datasets, drawing on sources like RWA.xyz and Etherscan to measure on-chain liquidity rather than simply counting issuance volumes. Their consistent finding: low trading volumes, long holding periods, and limited investor participation for the majority of tokens. The question evolved from "Can we tokenize?" to "Can we actually trade and manage risk?"

From 2024 onward, tokenized money market funds and stablecoins started reshaping institutional liquidity management. Policymakers at the Financial Stability Board (FSB), the Federal Reserve, and various central banks began analyzing the financial stability implications — liquidity transformation, run risk, and interconnectedness between digital and traditional finance. The conversation had moved squarely from technological possibility to market reality.

Tokenization vs. Liquidity: Two Different Problems

Why "Tokenized" Does Not Mean "Liquid"

At its core, the distinction is simple but frequently misunderstood. Tokenization is a representation layer: it converts ownership rights into digital tokens on a blockchain. Liquidity is a market outcome: actual tradability, depth, and price efficiency. A major empirical study examining RWA tokens on Ethereum concluded plainly that tokenized RWAs do not become more liquid in any automatic sense once placed on-chain. The two phenomena are governed by different forces.

Three classic economic drivers of liquidity illuminate why. First, ease of understanding the asset: simple, transparent contracts trade better than opaque, complex structures. A gold-backed token whose reserves are audited and whose unit is universally understood will attract more trading interest than a token representing a fractional interest in a multi-tranche private credit facility. Second, expectations of future cash flows and risk: macroeconomic outlook, credit quality, and interest rates drive demand regardless of whether the asset is tokenized. Third, cash-equivalence and settlement risk of the payment instrument: how safe and instant the settlement asset is — whether a stablecoin, bank deposit, or central bank digital currency (CBDC) — directly influences willingness to trade.

Tokenization can help some of these drivers. Better on-chain transparency can make assets easier to evaluate. Faster settlement can reduce counterparty risk. But tokenization can also hinder liquidity if it introduces new technology risk, legal ambiguity, or smart-contract complexity that discourages participation.

Structural Barriers to Liquidity in Tokenized Markets

Understanding Liquidity of tokenized assets in practice

Several structural barriers consistently suppress liquidity in tokenized markets. Regulatory gating is perhaps the most significant: securities laws, investor qualification requirements, and jurisdictional restrictions limit who can buy and sell tokens, shrinking the potential trading pool to a fraction of what a global blockchain might theoretically support. Custodial concentration and off-chain settlement represent another barrier — many tokens are not truly free-floating, and transfers require issuer approval or pass through centralized custodians. Whitelisting and transfer restrictions, enforced for compliance purposes, prevent open order-book trading and limit composability with DeFi protocols. Valuation opacity is acute for complex private assets like private credit and real estate, where the absence of transparent, real-time pricing discourages active trading and market-making. Finally, venue fragmentation scatters what little demand exists across isolated platforms, since few centralized or decentralized exchanges list security-like RWA tokens.

Measuring Liquidity in Tokenized Markets

Researchers and practitioners have adapted traditional liquidity metrics for the on-chain environment. Turnover — trading volume relative to outstanding token supply — is the primary indicator of how actively a token changes hands. Active addresses and unique holders measure the number of distinct wallets engaging in transfers per period, reflecting breadth of participation. Active-month indicators capture whether any meaningful trading occurs in a given calendar month, revealing persistence of market activity. Where observable on DEX pools or order books, price impact and spreads show the cost of executing trades of various sizes. Holding period analysis — the average duration tokens remain in a single wallet — distinguishes buy-and-hold behavior from active secondary trading. Across all of these metrics, empirical data for tokenized RWAs paints a consistent picture: most tokens are held, not traded.

Gold-Backed Tokens: A Standout Case for Liquidity

Gold-backed tokens, such as Herculis Gold Coin (XAUH), provide a compelling counterpoint to the broader liquidity challenges facing tokenized assets. XAUH's design addresses many barriers to secondary-market trading by coupling the simplicity and universal appeal of gold with blockchain efficiency. Unlike complex private assets, gold’s valuation framework is globally understood and underpinned by continuous demand, making it a natural fit for greater liquidity. Each XAUH token represents one gram of LBMA-certified gold stored in Swiss vaults, ensuring the asset’s intrinsic value is easily verifiable and trusted across markets.

XAUH’s distribution model further reinforces accessibility and potential liquidity. Leveraging Telegram’s built-in Web3 wallets, XAUH eliminates onboarding friction for its target audience. With over 100 million pre-installed wallets across Telegram’s billion-user base, acquiring, holding, and transferring XAUH is as seamless as sending USDT or Bitcoin within the app. Transactions are cost-efficient, with fees on the JAMTON protocol as low as 0.02 percent — a stark contrast to the $20–$50 transaction fees typical on Ethereum-based gold tokens like PAX Gold or Tether Gold. This affordability opens the door to smaller, fragmented transactions, broadening participation and enabling active trading even among holders with modest balances.

The transparency and storage security of XAUH further enhance trust — a key driver of liquidity. Each tokenized bar is individually certified and backed by quarterly audits conducted by KPMG Switzerland, with the results published on-chain via the Chainlink oracle network. This level of real-time verification alleviates concerns around asset integrity, a recurring issue with other tokenized assets. Additionally, XAUH’s custody model diversifies risk, with physical gold stored across multiple vaults managed by leading firms like Brinks and Loomis, combined with insurance coverage for the full market value of the stored metal.

Taken together, XAUH illustrates how carefully structured tokenization can address some of the liquidity hurdles that plague other tokenized real-world assets. By combining fractional ownership, minimal fees, built-in digital wallet integration, and physical asset transparency, it offers a model not just for tokenized gold but for how other asset classes might unlock broader trading activity in the future.

Where Liquidity Is Emerging in Tokenized Markets Today

Gold-Backed Tokens and Commodity-Linked Assets

Gold-backed tokens consistently show broader holder bases, more persistent on-chain activity, and higher turnover compared to many other RWA categories. The underlying asset's simplicity — universally understood valuation, global demand, standardized quality — directly supports secondary-market trading. When investors understand what they own and can compare its value to a globally quoted benchmark, they are far more willing to trade. This insight underscores a critical lesson: asset-level transparency and universal demand matter more than token-level engineering for driving liquidity. A well-known practical example is the presence of gold-backed tokens on DEXs such as STON.fi and Capital DEX, as well as on platforms like Biconomy and WERT.IO, where on-ramp accessibility and active trading pairs combine to support meaningful turnover.

Tokenized Money Market Funds and Treasuries

Institutional use cases for tokenized money market funds (MMFs) and Treasury-backed tokens are growing rapidly. Major asset managers — J.P. Morgan, Franklin Templeton, and BlackRock among them — are piloting or scaling products that enable near-real-time settlement, use of fund shares as on-chain collateral in lending and repo arrangements, and more flexible intraday and cross-border liquidity management. Liquidity in this segment is often institutional and bilateral rather than public-exchange-based, but the functional liquidity benefit — faster access to cash, reduced settlement risk — is real and measurable. For corporate treasurers and asset managers, tokenized MMFs can replace overnight sweeps and reduce the capital locked up during traditional T+2 settlement windows.

Stablecoins and Tokenized Payments as Liquidity Rails

Stablecoins and tokenized payment instruments are becoming foundational pillars of global on-chain liquidity, bridging DeFi and traditional capital markets. They serve as the settlement asset for trading tokenized RWAs, directly affecting the market liquidity of every other tokenized instrument. Institutional-grade stablecoins and tokenized bank deposits are expected to deepen liquidity pools across blockchain networks as adoption grows. Without a reliable, cash-equivalent settlement instrument, secondary trading of tokenized assets would remain impractical — a point that firms like DTCC and Citi have emphasized in their analyses of future market infrastructure.

Design Choices That Influence Liquidity

Issuers face a cascade of design decisions that collectively determine whether a token achieves any meaningful liquidity. Legal vehicle selection — trust, fund, or special purpose vehicle (SPV) — determines redemption rights and transferability. The token standard chosen (ERC-20 versus specialized standards like ERC-1400 or ERC-3643) affects composability with DeFi protocols and exchange listings. Compliance architecture — whitelists, KYC modules, transfer rules — must balance regulatory requirements against open-market access. And market-making strategy is essential: seeding liquidity pools, engaging professional market makers, incentivizing liquidity providers, and integrating tokens into lending and collateral use cases can make the difference between a living market and a dead one.

Benefits and Trade-Offs: A Balanced View of Tokenized Liquidity

Potential Advantages

Fractional ownership lowers minimum investment sizes and broadens the potential investor base, increasing the number of possible counterparties for trades. Round-the-clock market access and faster settlement — reducing settlement from T+2 to near-instant — lower counterparty risk and free up capital that would otherwise be locked during settlement windows. Programmability through smart contracts enables automated dividend distributions, margin calls, collateral reuse, and composability with lending protocols, supporting continuous market-making and collateral liquidity. Greater transparency, when well implemented, can improve price discovery and reduce information asymmetry, encouraging more participants to trade.

Disadvantages and Limitations

Regulatory complexity and jurisdictional fragmentation remain formidable. Multiple whitelists and legal regimes create friction that suppresses cross-border liquidity. Despite the technological potential, thin markets, low turnover, and concentration risk persist for the majority of tokenized RWAs. New financial stability channels emerge when tokenized fund shares are widely used as money-like instruments: runs on tokenized funds and cross-system contagion become plausible scenarios that policymakers at the FSB and the Federal Reserve have flagged explicitly. Operational and smart-contract risks can freeze or fragment liquidity at precisely the wrong moment. And for issuers, a persistent design tension exists: the compliance constraints needed to satisfy regulators often work directly against the open access needed to support deep liquidity.

Key aspects of Liquidity of tokenized assets

Case Studies: Where Tokenized Liquidity Works and Where It Doesn't

Tokenized real estate provides one of the starkest illustrations of the liquidity gap. Multiple projects have issued tokens representing fractional interests in residential or commercial properties, but on-chain data consistently shows low transfer activity, long holding periods, and restricted investor bases. Without transparent real-time pricing, deep trading venues, or a broad pool of qualified participants, these tokens remain effectively buy-and-hold instruments despite their blockchain-native format.

Private credit tokens face similar headwinds. Valuation opacity, regulatory gating, and sparse trading data combine to produce markets that exist more in theory than in practice. While some platforms enable periodic redemptions or limited trading windows, continuous liquid markets for tokenized private credit remain elusive.

Gold-backed tokens offer a contrasting example. Products with comparatively broader holder bases and more persistent on-chain activity demonstrate that when the underlying asset is simple, globally understood, and easy to value, the token layer can support real secondary trading. Platforms like STON.fi, CapitalDEX, and Bconomy have demonstrated that pairing a transparent underlying asset with accessible trading venues produces measurably better liquidity outcomes.

Tokenized money market funds and Treasuries illustrate a third pattern: liquidity that is institutional, bilateral, and functional rather than retail and exchange-based. J.P. Morgan's work on tokenizing MMFs and Franklin Templeton's on-chain fund shares serve institutional treasury and collateral management needs — faster access to cash, reduced settlement friction, on-chain collateral eligibility — even though public exchange trading volumes remain modest.

Debated Issues and Different Perspectives

The sharpest debate in this space pits optimists against skeptics. The optimistic camp argues that tokenization will eventually unlock trillions of dollars in illiquid assets — real estate, private equity, infrastructure — by enabling fractional ownership, global access, and DeFi composability. The skeptical camp, armed with empirical evidence, counters that tokenization by itself solves very little about liquidity; the real bottlenecks are legal, informational, and demand-side. Many tokenized assets, critics argue, are simply on-chain wrappers of off-chain illiquidity, offering no automatic liquidity premium.

A second axis of debate concerns where tokenized liquidity should live. Should tokenized RWAs trade on permissioned, institution-only platforms that support risk management but limit the trading pool? Or should they be opened to public DeFi markets where liquidity potential is greater but regulatory and risk concerns multiply? This question has no clean answer, and the industry appears to be converging on hybrid architectures that layer permissioned compliance modules on top of public blockchain infrastructure.

Policymakers bring their own concerns. The FSB and the Federal Reserve have warned that tokenized funds and RWAs could amplify runs if widely used as money-like instruments and then rapidly sold or redeemed during stress episodes. Others highlight potential stability benefits: faster settlement, more transparent holdings, and alternative liquidity channels that could actually dampen crises. This debate is unlikely to be resolved theoretically; it will play out through regulatory experimentation and real-world stress events.

Finally, there is genuine disagreement about whether on-chain trading and oracles will improve price discovery for opaque private assets, or whether thin markets and information asymmetries will simply make quoted prices unreliable and volatile. The answer likely depends on the specific asset class, the quality of data infrastructure, and the maturity of the investor base.

Frequently Asked Questions

Does tokenization automatically make an asset more liquid? No. Empirical evidence from Ethereum-based RWA markets shows that most tokenized assets exhibit low turnover, limited active addresses, and long holding periods. Liquidity is a market outcome driven by investor demand, regulatory access, transparent valuation, and robust trading infrastructure — not a feature that follows automatically from placing an asset on a blockchain.

What are the main metrics to evaluate liquidity of a tokenized asset? Key metrics include turnover (trading volume relative to total supply), the number of active addresses or unique holders in a given period, active-month indicators (whether any meaningful trading occurs each month), bid–ask spreads and price impact where observable, and average holding period. Checking these across multiple venues — DEXs, centralized exchanges, OTC desks, and lending protocols — gives a more complete picture.

Why are many tokenized real estate and private credit projects still illiquid? These asset classes suffer from valuation opacity (no transparent, real-time pricing), regulatory gating (limited to qualified investors), whitelisting and transfer restrictions, and venue fragmentation. Even though the tokens exist on public blockchains, the compliance and structural constraints prevent the kind of open, continuous trading necessary for genuine liquidity.

How do stablecoins and tokenized cash affect RWA liquidity? Stablecoins serve as the settlement asset for most on-chain RWA trading. Without a reliable, cash-equivalent instrument, buyers and sellers of tokenized assets cannot settle trades efficiently. The growth of institutional-grade stablecoins and tokenized bank deposits is expected to deepen liquidity pools and make secondary trading of tokenized RWAs more practical.

What risks do tokenized funds pose for financial stability? Tokenized funds can engage in liquidity transformation — offering liquid, instantly redeemable token claims backed by less liquid underlying assets. If widely used as money-like instruments, rapid redemptions during stress could trigger runs, amplify selling pressure, and transmit stress between digital and traditional financial systems. The FSB and central banks are actively studying these dynamics.

What should I look for before assuming a tokenized asset is liquid? Check the token's historical trading data: monthly volume, number of distinct trading addresses, average holding duration, and available trading venues. Assess the underlying asset's fundamental liquidity and risk profile. Verify whether the token can be freely transferred or whether whitelists, lock-up periods, or issuer approvals restrict secondary sales. And examine the quality and depth of any market-making arrangements.

Action Checklist: Building and Evaluating Tokenized Asset Liquidity

For issuers:

• Define the target investor base and verify that regulatory and compliance structures allow sufficient transferability for meaningful secondary trading
• Select a legal vehicle (trust, fund, SPV) that supports both redemption rights and on-chain transferability
• Choose a token standard that balances compliance requirements with composability on established DEXs and lending protocols
• Engage professional market makers or seed initial liquidity pools before launch rather than after
• Provide transparent, regularly updated asset valuations and reserve disclosures to reduce information asymmetry
• Integrate the token into at least one collateral or lending use case to create utility-driven demand beyond spot trading
• Publish on-chain activity metrics (turnover, active addresses, holding periods) so prospective investors can assess liquidity independently

For investors:

• Never equate "tokenized" with "liquid" — verify historical trading volumes, holder counts, and venue quality before committing capital
• Evaluate the underlying asset's fundamental liquidity and risk profile separately from the token wrapper
• Check whether the token is listed on any functioning secondary venue (DEX, centralized exchange, OTC platform) with observable bid–ask spreads
• Assess lock-up periods, whitelist requirements, and issuer approval processes that may restrict exit options
• Consider the settlement asset used (stablecoin type, CBDC, bank money) and its own liquidity and credit risk

For policymakers and infrastructure providers:

• Develop regulatory frameworks that enable sufficient transferability for liquidity while maintaining investor protection and financial stability safeguards
• Support cross-chain and cross-system interoperability standards to prevent liquidity from fragmenting across isolated networks
• Build transparent, standardized disclosure requirements for tokenized asset issuers, including on-chain activity reporting
• Monitor liquidity transformation and run risk in tokenized funds, applying existing macroprudential tools adapted for blockchain-based structures
• Invest in shared settlement infrastructure (institutional stablecoins, tokenized bank deposits, or CBDCs) that can serve as reliable liquidity rails for the broader tokenized asset ecosystem