Tokenize Everything, But Can You Sell It? Tokenized Asset Liquidity Challenges in RWA Markets

The $25 Billion Tokenized Asset Liquidity Gap

The promise of tokenizing real-world assets has captivated the financial industry for years. By converting real estate, private credit, bonds, and commodities into blockchain-based tokens, proponents envision a future of fractional ownership, 24/7 trading, and global accessibility. By 2025, this vision has produced impressive headline numbers: over $25 billion in real-world assets now exist on-chain, a milestone that would have seemed extraordinary just three years ago.

But beneath the aggregate figures lies an uncomfortable truth about tokenized asset liquidity. Most of these tokens barely trade. Holding periods stretch into months. Active addresses remain stubbornly low. Transfer activity is minimal. The gap between what has been tokenized and what can actually be sold represents one of the most significant structural challenges in digital finance—and one that threatens to undermine the entire RWA thesis if left unresolved.

This analysis draws on recent academic research and platform-level market data to examine why tokenized asset liquidity remains elusive, which asset classes perform best, and what concrete steps can bridge the gap between tokenization and tradability. For investors navigating the evolving state of decentralized finance, understanding these dynamics is essential to separating hype from genuine investment opportunity.

Why Tokenization Doesn’t Automatically Mean Tradability

There is a widespread misconception that putting an asset on a blockchain inherently makes it liquid. The logic seems intuitive: if anyone with an internet connection can access a token, then the pool of potential buyers is essentially unlimited. Add smart contracts for instant settlement, fractional ownership to lower barriers, and 24/7 markets to eliminate timing constraints, and liquidity should follow naturally.

The reality reveals a fundamental disconnect between technical accessibility and market liquidity. Liquidity requires more than the ability to transfer a token—it requires willing counterparties, price discovery mechanisms, sufficient market depth, and regulatory clarity. A tokenized commercial building in Munich may be technically transferable to a wallet in Singapore, but that says nothing about whether a buyer in Singapore wants it, can legally hold it, knows how to value it, or can find it on any trading venue.

This distinction matters enormously for the $25 billion in tokenized RWAs. Market microstructure research demonstrates that liquidity is not a binary state but a spectrum influenced by information asymmetry, transaction costs, market maker participation, and network effects. Traditional securities markets spent decades building the infrastructure—exchanges, brokers, market makers, clearinghouses, regulatory frameworks—that makes stocks and bonds liquid. Tokenized RWAs must build equivalent infrastructure, and the blockchain alone doesn’t provide it. Understanding how blockchain technology works helps clarify both its capabilities and its limitations in creating liquid markets.

Five Structural Barriers to Tokenized Asset Liquidity

Research into RWA tokenization identifies five distinct but interconnected barriers that suppress tokenized asset liquidity. Each operates through a different mechanism, but together they create a compounding effect that makes secondary trading far more difficult than primary issuance.

Regulatory Gating

Most tokenized RWAs are securities under the laws of every major jurisdiction. This means buyers must typically meet qualification requirements—accredited investor status in the US, MiFID II suitability assessments in Europe, or equivalent frameworks elsewhere. These rules dramatically shrink the pool of eligible counterparties. Unlike buying ETH or USDC, which anyone can do on any exchange, buying a tokenized real estate token requires compliance verification that most platforms simply don’t support for secondary trades.

Custodial Concentration

On-chain data reveals that tokenized RWA holdings are heavily concentrated among a small number of wallets and custodians. This concentration creates thin order books and means that a single large holder exiting a position could move the market significantly. When five wallets hold 80% of a tokenized property fund, the concept of a liquid secondary market becomes theoretical at best.

Whitelisting Requirements

To comply with securities regulations, many RWA tokens use whitelisting—only pre-approved wallet addresses can receive tokens. While this solves a compliance problem, it creates a liquidity problem: every potential buyer must be onboarded and approved before they can even place a bid. In practice, whitelists for most tokenized assets contain hundreds of addresses, not millions. This is a fraction of what any liquid market requires.

Valuation Opacity

Liquid markets require transparent, timely price discovery. For tokenized real estate or private credit, obtaining a reliable valuation is complex, expensive, and infrequent. Unlike publicly traded stocks with second-by-second pricing, the underlying assets of most RWA tokens may only be formally valued quarterly or annually. This opacity makes bid-ask spreads wider, reduces buyer confidence, and discourages active trading.

Lack of Secondary Trading Infrastructure

Despite billions in tokenized assets, there are remarkably few venues where investors can actually trade RWA tokens. Major centralized exchanges generally don’t list them (regulatory complexity), and decentralized exchanges are designed for fungible crypto assets, not regulated securities. The absence of dedicated, compliant secondary market platforms is perhaps the single most immediate barrier to tokenized asset liquidity.

Tokenized Real Estate: Fractional Ownership vs. Frozen Markets

Tokenized real estate has been the flagship use case for RWA tokenization since the concept emerged. The pitch is compelling: fractional ownership of commercial properties, accessible to investors worldwide, with smart contract-automated rent distributions and instant settlement. Several platforms have launched tokenized property offerings, collectively placing hundreds of millions of dollars of real estate value on-chain.

Yet the empirical data tells a sobering story. Transfer activity for most tokenized real estate tokens is minimal. Holders tend to buy during primary issuance and hold indefinitely, creating what amounts to a frozen secondary market. The few transfers that do occur are often between related wallets (platform operations, custody reorganization) rather than genuine arm’s-length trades between independent buyers and sellers.

Several factors explain this pattern. Real estate is inherently illiquid even in traditional markets—commercial property transactions typically take months. Tokenization doesn’t change the underlying asset’s characteristics. Additionally, the valuation challenge is particularly acute for real estate: every property is unique, making standard price feeds impossible. Without reliable real-time pricing, there is no meaningful basis for secondary market trading. The tokenized real estate market may need to mature significantly—with better valuation oracles, deeper investor pools, and regulatory clarity—before tokenized asset liquidity catches up to the technology’s promise.

Private Credit Tokens: The Illiquidity Paradox

Private credit represents one of the fastest-growing segments of tokenized RWAs, with platforms like Maple, Centrifuge, and Goldfinch bringing billions in real-world lending on-chain. The appeal is straightforward: yield-seeking investors can access credit markets that were previously reserved for institutional lenders, while borrowers can tap new capital pools with potentially faster origination and lower costs.

The paradox is that private credit is, by definition, illiquid. These are loans to specific borrowers with specific terms, collateral, and credit risk profiles. Unlike government bonds, which are standardized and interchangeable, each private credit position is unique. Tokenizing a private credit portfolio doesn’t change its fundamental credit characteristics—it merely changes the wrapper. A tokenized loan to a small business in Brazil is still a loan to that specific business, with all the diligence, monitoring, and recovery considerations that implies.

The data confirms this reality. Active address counts for most tokenized private credit protocols remain in the low hundreds. Secondary trading is negligible. Investors who enter these positions typically plan to hold until maturity—which can be months or years. For the blockchain-native community accustomed to instant DeFi swaps, this represents a fundamentally different investment paradigm that requires different infrastructure, expectations, and risk management frameworks.

Tokenized Treasury Funds: The Bright Spot for Tokenized Asset Liquidity

Among all RWA classes, tokenized treasury funds and government bond products stand out as the most promising for tokenized asset liquidity. Products like BlackRock’s BUIDL, Franklin Templeton’s BENJI, and Ondo Finance’s USDY have attracted substantial inflows and demonstrate meaningfully higher trading activity than other tokenized RWAs.

Several structural advantages explain this relative success. First, government bonds are standardized instruments—every US Treasury bill with the same maturity is functionally identical, enabling price transparency and reducing information asymmetry. Second, institutional demand for on-chain yield is genuine and growing, driven by treasuries seeking productive uses for stablecoin reserves and DeFi protocols looking for stable collateral. Third, the regulatory posture for tokenized treasuries is clearer than for most other RWAs, reducing legal uncertainty.

The comparison is instructive for the broader RWA market. The asset classes achieving the best tokenized asset liquidity share common traits: standardized underlying assets, transparent pricing, institutional demand, and regulatory clarity. Asset classes lacking these traits—unique properties, bespoke loans, complex structured products—face much steeper paths to liquidity. The lesson is that tokenization amplifies existing liquidity characteristics rather than overriding them.

Hybrid Market Structures and Collateral-Based Liquidity Solutions

The research points to two particularly promising pathways for improving tokenized asset liquidity: hybrid market structures and collateral-based approaches. Both recognize that purely on-chain solutions are insufficient and that pragmatic bridges between traditional and decentralized finance are necessary.

Hybrid Market Structures

Hybrid models combine on-chain settlement and programmability with off-chain components like compliant order books, professional market makers, and regulated broker-dealers. Rather than forcing all trading activity into fully decentralized protocols (which struggle with regulatory compliance), hybrid structures place compliance and price discovery off-chain while using the blockchain for settlement, record-keeping, and asset servicing. Projects building in this direction include Securitize, tZERO, and INX—each creating regulated trading venues specifically designed for security tokens.

Collateral-Based Liquidity

Perhaps the most innovative approach to the tokenized asset liquidity problem bypasses secondary trading entirely. Instead of trying to find a buyer for your tokenized real estate token, you use it as collateral to borrow against. This creates liquidity without requiring a secondary market transaction. Several DeFi lending protocols are beginning to accept RWA tokens as collateral, and this model aligns naturally with how DeFi lending already works for crypto-native assets.

The collateral pathway has additional advantages: it creates demand for RWA tokens (as collateral) without requiring someone to want to own the underlying asset, and it allows holders to access liquidity while maintaining exposure to the asset’s yield. For the tokenized RWA market to scale beyond its current limitations, collateral-based liquidity may prove more impactful than improving secondary trading infrastructure.

Regulatory Innovation and Compliance-Compatible Tokenized Asset Liquidity

No discussion of tokenized asset liquidity is complete without addressing regulation. The current regulatory landscape for tokenized RWAs is a patchwork of jurisdictions with varying levels of clarity, creating fragmented markets and compliance overhead that directly suppresses liquidity.

Several jurisdictions are making progress. The EU’s MiCA regulation provides a harmonized framework for crypto-assets across 27 member states, though its treatment of security tokens remains evolving. Switzerland’s DLT Act creates a specific legal framework for tokenized securities, and Singapore’s MAS has issued clear guidance on digital payment tokens versus capital markets products. The UK’s FCA Sandbox has supported several RWA tokenization experiments.

Compliance innovation—developing technology solutions that satisfy regulatory requirements without destroying liquidity—is perhaps the most consequential frontier. On-chain identity verification (KYC/AML embedded in token transfer logic), programmable compliance (smart contracts that automatically enforce transfer restrictions), and cross-jurisdictional interoperability standards could dramatically expand the pool of eligible participants in RWA secondary markets. The evolving regulatory landscape in 2025 increasingly acknowledges that tokenization requires new regulatory approaches rather than simply applying legacy securities frameworks to digital assets.

Transparency improvements also matter. Better, more frequent valuation of underlying assets—potentially enabled by oracle networks and standardized reporting—would improve price discovery and reduce the information asymmetry that plagues illiquid RWA markets. When buyers and sellers have access to the same, timely information about asset values, bid-ask spreads narrow and trading activity increases. Research institutions like the Bank for International Settlements are actively studying these dynamics and developing frameworks for tokenized asset market infrastructure.

The Road Ahead: Building Real Tokenized Asset Liquidity

The tokenized RWA market stands at an inflection point. The $25 billion brought on-chain demonstrates that the technology works for asset representation. The liquidity challenge demonstrates that technology alone is insufficient for creating functional markets. Building real tokenized asset liquidity requires coordinated progress across multiple dimensions simultaneously.

Short-Term Priorities (2025–2026)

• Expand compliant secondary venues: Platforms like Securitize and tZERO need broader asset coverage and deeper market maker participation
• Standardize RWA token formats: ERC-3643 and similar standards for compliant security tokens need wider adoption
• Build collateral pathways: DeFi protocols accepting RWA tokens as collateral create immediate utility even without secondary trading

Medium-Term Infrastructure (2026–2028)

• Cross-chain interoperability: RWA tokens locked on a single chain face smaller buyer pools; multi-chain availability expands access
• Programmable compliance: On-chain identity and automated transfer restrictions that satisfy regulators while maximizing the tradable counterparty pool
• Institutional market makers: Traditional market-making firms entering RWA secondary markets would transform liquidity dynamics

Long-Term Vision (2028+)

The ultimate vision—seamless, global secondary markets for tokenized real-world assets—remains ambitious but increasingly plausible. As regulatory clarity improves, infrastructure matures, and institutional adoption deepens, the gap between tokenization and tradability should narrow. But the path is nonlinear: progress will likely come in waves, driven by specific asset classes (treasuries first, then bonds, then real estate) rather than across all RWAs simultaneously.

For market participants, the strategic implication is clear: focus on RWA categories where the structural prerequisites for liquidity already exist, and build the infrastructure to extend those prerequisites to other asset classes over time. The research from leading institutions including the IMF and World Bank increasingly frames tokenized asset liquidity as a systems-level challenge requiring coordination between regulators, infrastructure providers, market makers, and issuers—not a problem that any single technology or platform can solve alone.