For years, tokenization has been framed as crypto’s bridge to Wall Street. Put Treasuries onchain. Issue tokenized money market funds. Represent equities digitally. The assumption was simple: if assets move onchain, institutions will follow.

But tokenization alone was never the endgame. As we recently argued in our institutional outlook, the real institutional unlock isn’t digitizing assets – it’s financializing yield.

Following the regulatory clarity that emerged in 2025, institutional interest in digital assets has shifted from exploratory exposure to infrastructure-level participation. Surveys increasingly suggest that institutional engagement with DeFi could rise sharply over the next couple of years, while a meaningful share of allocators are exploring tokenized assets. Yet large allocators are not entering crypto solely to hold tokenized wrappers. They are entering for yield, capital efficiency, and programmable collateral. That requires a different kind of DeFi than the retail-built one in 2021.

In traditional finance, fixed-income instruments are rarely held in isolation. They are repo’d, pledged, rehypothecated, stripped, hedged and embedded into structured products. Yield is traded independently of principal, and collateral moves fluidly across markets. The plumbing matters as much as the product.

DeFi is now beginning to replicate those core functions.

A tokenized Treasury or equity is only marginally useful if it behaves like a static certificate. Institutions want tokenized assets to become functioning, working financial instruments: collateral that can be deployed, financed and risk-managed; yield that can be isolated, priced and traded; and positions that can be integrated into broader strategies without breaking compliance constraints.

That is the shift from first-order tokenization to second-order yield markets.

Early design patterns already point in this direction. Hybrid market structures are emerging in which permissioned, regulated assets can be used as collateral while borrowing is facilitated by using permissionless stablecoins. At the same time, yield trading architectures are expanding the range of activities investors can undertake with tokenized assets by separating principal exposure from the yield stream. Once the yield component of an onchain asset can be priced, traded, and composed, tokenized instruments become usable in strategies that are much closer to what allocators already run in traditional markets.

For institutions, this matters because it turns real-world assets (RWAs) from passive exposure into active portfolio tools. If yield can be traded independently, then hedging and duration management become more feasible, and structured exposures become possible without rebuilding the entire stack off-chain. Tokenization stops being a narrative and starts becoming market infrastructure.

However, yield infrastructure alone will not bring institutional scale. Institutional constraints that shaped traditional markets have not disappeared; they are being translated into code.

One of the most important constraints is confidentiality. Public blockchains expose balances, positions, and transaction flows in ways that conflict with how professional capital operates. Visible liquidation levels invite predatory strategies, public trade history reveals positioning, and treasury management becomes transparent to competitors. For institutions accustomed to controlled disclosure and information asymmetry, these are not philosophical objections – they are operational risks.

Historically, privacy in crypto has been treated as a regulatory liability. What is emerging instead is privacy as compliance-enabling infrastructure.

Zero-knowledge systems can prove transactions are valid without revealing sensitive details. Selective disclosure mechanisms can enable institutions to share limited visibility with auditors, regulators, or tax authorities without disclosing the entire balance sheet. Proof systems can demonstrate that funds are not linked to sanctioned or illicit sources without disclosing broader transaction history. Even approaches such as fully homomorphic encryption point toward a future in which certain kinds of computation can occur on encrypted data, widening the set of financial actions that can be performed privately while retaining verifiability where required.

This is not ‘privacy as opacity’. It is programmable confidentiality, and it more closely resembles established market structures, such as confidential brokerage workflows or regulated dark pools, than it does anonymous shadow finance. For institutions, that distinction is the difference between a system that is unusable and one that can be deployed at scale.

A second constraint is compliance. Regulatory clarity has reduced existential uncertainty, but it has also raised expectations. Institutional capital demands eligibility controls, identity verification, sanctions screening, auditability and clear operational regimes. If the next phase of DeFi is going to intermediate real-world value at scale, compliance cannot remain an afterthought bolted onto a permissionless system. It has to be embedded into market design.

That is why one of the most important patterns emerging in institutional DeFi is a hybrid architecture combining permissioned collateral with permissionless liquidity. Tokenized RWAs can be restricted at the smart contract level to approved participants, while borrowing can occur via widely used stablecoins and open liquidity pools. Identity and eligibility checks can be automated. Asset provenance and valuation constraints can be enforced. Audit trails can be produced without forcing every operational detail into public view.

This approach resolves a long-standing tension. Institutions can deploy regulated assets into DeFi without compromising core requirements around custody, investor protection and sanctions compliance, while still benefiting from the liquidity and composability that made DeFi powerful in the first place.

Taken together, these shifts point to a broader reality where DeFi is not simply attracting institutional capital; it is, in fact, being reshaped by institutional constraints. The dominant narrative in crypto still centers on retail cycles and token volatility, but beneath that surface, protocol design is evolving toward a more familiar destination – a fixed-income stack where collateral moves, yield trades and compliance is operationalized.

Tokenization was phase one because it proved assets could live onchain. Phase two is about making those assets behave like real financial instruments, with yield markets and risk controls that institutions recognize. When that transition matures, the conversation shifts from crypto adoption to capital markets migration.

That shift is already underway.