Real-World Assets Onchain

A 2026 field guide to what is actually working.

Plyra Protocol Research · May 2026

Real-world assets, or RWAs, have become the phrase every onchain team reaches for. The idea is simple: take an asset that exists offchain, a treasury bill, a loan, a fund share, a building, and represent it as a token so it can settle, trade, and compose with other onchain systems. The idea is old. What changed recently is that serious institutions started doing it in size. This is a field guide to the parts that are real, the parts that are early, and the parts that are still mostly narrative.

What is real: tokenized cash and treasuries

The most successful RWA category so far is the least exciting one. Tokenized money-market and treasury products, short-dated government debt wrapped as a token, found genuine product-market fit. Large asset managers now issue tokenized treasury funds that hold billions, and they settle onchain around the clock. The appeal is boring and therefore durable: a yield-bearing dollar substitute that a treasury desk can hold and move without waiting for a bank wire.

This category worked first because the underlying asset is simple, the risk is well understood, and the value of onchain settlement, instant and always-on, is obvious for a cash instrument. It set the template: start with the asset where tokenization solves a real operational pain, not the asset that is hardest to model.

What is growing: private credit and structured products

The next frontier, and the more interesting one, is credit. Private credit has been one of the fastest-growing corners of traditional finance for a decade, and it is a natural fit for onchain rails because it is illiquid, relationship-driven, and starved of standardized infrastructure. Several protocols now originate or tokenize private-credit pools onchain, tranching them into senior and junior exposures much as a traditional securitization would. Asset managers have begun tokenizing credit fund shares directly.

Structured credit onchain is earlier than tokenized cash, and for good reason: it is harder. A treasury token needs custody and a redemption mechanism. A credit pool needs underwriting, structuring, servicing, loss waterfalls, and a credible story about what happens when a borrower defaults. The teams making progress here are the ones treating those as first-class problems rather than assuming a token wrapper solves them.

What is still narrative: everything illiquid and unique

Then there is the long tail: tokenized real estate, tokenized art, tokenized invoices from a single obscure counterparty. These make great headlines and mostly poor products. The problem is not the token; it is that the underlying asset is unique, hard to value, and illiquid offchain, and wrapping it does not change any of that. A token representing one specific building is still a claim on one specific building, with all the appraisal, legal, and liquidity problems intact. Tokenization helps most when the underlying is standardized and the friction is operational. It helps least when the underlying is bespoke and the friction is fundamental.

The pattern

Across the categories, one pattern holds. Tokenization delivers value in proportion to how much of the asset's friction is operational rather than fundamental. Cash and treasuries: almost all operational friction, huge payoff. Standardized credit pools: mostly operational once you solve structuring, large payoff and still early. Unique illiquid assets: mostly fundamental friction, small payoff no matter how clean the token.

For anyone building in this space, that pattern is the filter. The question is not whether an asset can be tokenized. Almost anything can. The question is whether tokenizing it removes a cost that actually mattered. Where it does, adoption follows the payoff. Where it does not, you get a press release and a dormant contract. The interesting work in 2026 is concentrated exactly where standardized credit meets onchain settlement, because that is where the friction is real, operational, and finally addressable.