The tokenized real-world asset market crossed twenty billion dollars in total value in 2026, making it one of the fastest-growing segments in both traditional finance and crypto simultaneously. BlackRock’s BUIDL fund — a tokenized money market fund deployed on Ethereum — surpassed five billion dollars in assets. Ondo Finance’s OUSG product and Franklin Templeton’s BENJI fund demonstrated that regulated asset managers can distribute tokenized short-duration instruments with operational credibility. The proof of concept phase is over. The harder question is whether the market can scale from twenty billion to two hundred billion, and what needs to be true for that to happen.
The honest answer is that the current market success is concentrated in the easiest part of the RWA problem — short-duration government securities that are themselves highly liquid, easy to custody, and simple to price. The hard part of tokenization — private credit, infrastructure debt, real estate, and other genuinely illiquid assets — remains largely unproven at institutional scale, and the gap between the marketing narrative and the operational reality is wider than most coverage of the space acknowledges.
What Is Actually Working: Tokenized Treasuries and Money Market Funds
The demonstrated success case for RWA tokenization is straightforward: take a liquid, short-duration government security or money market fund, wrap it in a blockchain-native token, and make that token accessible to on-chain participants who want yield-bearing dollar collateral. BlackRock’s BUIDL, Ondo’s OUSG, Superstate’s USTB, and similar products solve a real problem in the DeFi ecosystem — the demand for yield-generating collateral that is safer and more stable than algorithmic stablecoins or ETH.
The use case that has driven adoption is DeFi collateral substitution. Protocols like Aave, Morpho, and several institutional DeFi platforms have integrated tokenized Treasuries as eligible collateral, allowing users to earn Treasury yield on their collateral while maintaining borrowing capacity. This is a genuinely new financial primitive: collateral that earns yield passively without the protocol user having to actively manage the underlying investment. For institutional DeFi participants — asset managers, hedge funds, and proprietary trading desks operating on-chain — this is a meaningful operational improvement over holding USDC or USDT as idle collateral.
The relationship between tokenized Treasuries and stablecoins is convergent rather than competitive. A fully reserved, yield-bearing stablecoin that passes interest to holders is functionally similar to a tokenized money market fund. As stablecoin regulatory frameworks like the GENIUS Act require full reserve transparency, the distinction between a compliant stablecoin and a tokenized T-bill narrows. The regulatory and commercial pressure is toward more yield-bearing, more transparent, more auditable forms of on-chain dollar exposure — which is exactly what the current tokenized Treasury products offer.
The Three Problems That Have Not Been Solved
Legal enforceability is the first unsolved problem. A token that represents a claim on a Treasury or money market fund is only as good as the legal structure that makes that claim enforceable across jurisdictions. The leading tokenized Treasury products have robust legal wrappers — BUIDL operates through a regulated investment fund structure; Ondo’s products are issued through regulated entities with established investor protections. But the broader RWA space includes many products where the legal claim is less clear: offshore tokenization platforms, SPV structures in jurisdictions with uncertain digital asset law, and products that claim to represent assets without having tested that claim through a bankruptcy or dispute resolution process.
Secondary market liquidity is the second problem, and it matters most for assets beyond Treasuries. BUIDL and Ondo tokens have reasonable on-chain liquidity because their underlying assets — T-bills and government money market funds — are themselves highly liquid, and the issuers maintain redemption infrastructure. A tokenized private credit loan or real estate equity stake does not have this property. The underlying asset is illiquid; putting it on a blockchain does not create liquidity that did not previously exist. An investor who buys a token representing a stake in a private credit fund and then wants to exit before the fund term ends faces the same liquidity problem they would have with a conventional private credit fund — the blockchain adds settlement efficiency but not secondary market depth.
The private credit market’s existing liquidity challenges are directly relevant here. The secondary market for private credit fund stakes already trades at significant discounts to NAV in stressed environments. Tokenizing those stakes onto a blockchain creates the illusion of improved liquidity through 24/7 trading infrastructure while the fundamental illiquidity of the underlying asset remains unchanged. Regulators and institutional investors who encounter this mismatch in a market stress event will draw the appropriate conclusions about the limits of blockchain-as-liquidity-enhancement.
Interoperability is the third problem. The tokenized RWA ecosystem is fragmented across chains, legal jurisdictions, token standards, and KYC frameworks. BUIDL operates primarily on Ethereum; Franklin Templeton’s BENJI was initially deployed on Stellar and Polygon; other issuers have chosen Solana, Avalanche, or permissioned chains like Provenance Blockchain. A corporate treasurer who wants to use tokenized Treasuries as collateral across multiple DeFi protocols on multiple chains faces a complex operational picture: they need to hold different tokens on different networks, manage cross-chain bridges that introduce their own custody and smart contract risk, and maintain compliance with KYC requirements that vary by issuer and by chain.
Institutional Interoperability Standards and Who Is Winning That Race
The industry has recognised the interoperability problem and is attempting to solve it through standards bodies and cross-chain infrastructure. The DTCC’s Project Whitney has been exploring tokenized securities interoperability with traditional settlement infrastructure. Swift has conducted cross-chain RWA transfer experiments. ERC-3643 and other identity-linked token standards attempt to embed compliance directly into the token rather than relying on off-chain permissioning.
These are meaningful efforts, but they are early-stage. The settlement finality and legal certainty that traditional institutional investors require for large positions does not yet exist across the fragmented tokenized RWA landscape. Institutions that have adopted tokenized Treasuries have done so in controlled conditions — specific products from specific issuers on specific chains with specific legal structures — rather than in the fully interoperable, cross-chain, cross-jurisdiction environment that the long-term vision implies.
The Ethereum ecosystem’s infrastructure evolution is relevant here: as Ethereum’s L2 ecosystem matures and cross-chain messaging improves, the interoperability of Ethereum-native tokenized assets across the L2 landscape improves with it. Ethereum’s regulatory familiarity, its large institutional validator set, and its developer ecosystem give it an advantage as the primary settlement layer for institutional RWA — but that advantage has not yet translated into the seamless cross-protocol interoperability that would unlock the market’s next scaling phase.
The $200 Billion Question
The optimistic case for RWA tokenization — a market worth hundreds of billions within three to five years — rests on three developments happening concurrently: regulatory frameworks that clearly govern tokenized securities across major jurisdictions, interoperability standards that allow tokenized assets to move frictionlessly between chains and into traditional settlement infrastructure, and a demonstrated track record for tokenized illiquid assets that generates institutional confidence in the legal and operational model.
None of these three things are fully in place today. The regulatory frameworks are in formation — the GENIUS Act addresses stablecoins, but broader tokenized securities regulation in the US, EU, and Asia is still being developed. Interoperability standards are proliferating without converging on a dominant protocol. And the track record for tokenized illiquid assets requires time and, inevitably, a market stress event that tests the legal and operational infrastructure under conditions it was designed for but has not yet experienced.
The twenty-billion-dollar market that exists today is real and growing. The two-hundred-billion-dollar market is possible but requires the institutional infrastructure to catch up with the blockchain technology. The assets that will drive that scaling are not tokenized T-bills — they are the genuinely illiquid, hard-to-value, complex-to-legally-wrap assets like private credit, real estate, and infrastructure that carry the yield premium that institutions actually want. Whether tokenization can solve the operational and legal challenges of those asset classes, rather than simply making liquid assets marginally more convenient to hold on-chain, is the question the next few years will answer.
