Why RWA Growth Is a Distribution Story

Why did tokenized assets accelerate in 2025 and 2026, and what would prove the market has matured?

The market capitalization of tokenized real-world assets, excluding stablecoins, grew from $5.42 billion at the start of 2025 to $19.32 billion by March 31, 2026, according to CoinGecko's 2026 RWA Report. That is a 256.7% increase in fifteen months. The headline is clear. The cause is less obvious.

Why did it accelerate?

My working hypothesis is that four developments converged. The headline number says little about access, usability, liquidity, or redemption. I will look past it to examine what improved, which signs point to a more mature market, and what could still prevent this growth from lasting.

Figure 1. Tokenized RWA market value and composition, excluding stablecoins. It does not include derivative turnover. Source: CoinGecko RWA Report 2026.

First, define the market

I use real-world asset (RWA) for a blockchain token that represents or tracks a legal right or economic exposure tied to an external asset. While tokenization can cover physical goods such as cars, wine, or olive oil, this article focuses on financial assets not native to public blockchains, including Treasury bills, shares, ETFs, gold-linked assets, and private credit.

The definition does not settle the legal structure. One token may give its holder a contractual claim against an issuer. Another may represent a beneficial interest in a vehicle that owns the underlying asset. A third may provide synthetic price exposure without direct ownership. Redemption means exchanging the token under the issuer's rules for cash, the underlying asset, or another stated form of value. The documents behind that process matter as much as the smart contract.

Market numbers need the same discipline. Tokenized asset value measures the value of the represented or distributed assets. The market capitalization of an RWA protocol token measures something else. Stablecoins form another category and should be reported separately. RWA.xyz also distinguishes distributed assets, which can leave the issuing platform and move between wallets, from represented assets that primarily use blockchain for recordkeeping. Those categories answer different questions.

1. Product choice became real

For years, onchain RWA access meant a short menu. Most retail users could find a dollar stablecoin, a gold-backed token, and perhaps a tokenized Treasury product. Stocks, ETFs, and credit products were generally more fragmented, more restricted by jurisdiction, and less consistently available across wallets, exchanges, and DeFi venues.

The supply side now looks different. On September 3, 2026, RWA.xyz listed 4,732 tokenized stock records, including distributed and represented products across multiple platforms. Its distributed stock category showed $2.55 billion in value, $23.48 billion in monthly transfer volume, and 2.54 million holder addresses. An address is not a verified person, and multiple records may represent the same underlying stock through different issuers. Even with those limits, the dataset shows that the market has moved past a handful of proofs of concept.

Issuer menus illustrate the change. xStocks reported 715 tokenized stocks and ETFs across Ethereum, Solana, BNB Smart Chain, Mantle, TON, and Ink. Its site says the tokens are backed one for one by underlying assets held in regulated custody. Availability covers more than 110 countries, subject to restrictions.

Ondo Global Markets launched in September 2025 with more than 100 tokenized U.S. stocks and ETFs, initially on Ethereum for eligible non-U.S. investors. Wallets, exchanges, custodians, and DeFi protocols supported that launch.

For many users, a useful RWA product requires a reliable combination of issuance, custody, pricing, wallet support, trading routes, liquidity, and redemption. Product count matters less than whether that chain works from end to end.

Figure 2. Tokenized-stock distribution snapshot shown by RWA.xyz on September 3, 2026. Source: RWA.xyz Tokenized Stocks.

2. The assets started working onchain

Traditional securities already support collateral, lending, and other financial operations through established intermediaries. Tokenization changes the rails. Where legal terms and technical controls permit, the asset can move between compatible wallets, trade onchain, and interact directly with smart contracts.

Aave shows how this works at a larger scale. Aave launched Horizon, a dedicated market where qualified investors can use tokenized securities as collateral to borrow stablecoins. The market ended 2025 with more than $570 million in deposits. Later that year, XAUT became available on Aave as isolated collateral for stablecoin borrowing in its Ethereum Core market.

Euler shows the same utility at market level. In February 2026, Ondo reported that SPYon, QQQon, and TSLAon had gone live as collateral in Euler lending markets. Chainlink feeds provided prices, and each market had its own risk parameters. A holder could supply a tokenized stock or ETF and borrow stablecoins against it.

Figure 3. Euler's Sentora Ondo Global Markets page lists PYUSD, QQQon, SPYon, and TSLAon. The screenshot shows the market configuration, not a recommendation to use it. Source: Euler.

These integrations give tokenized assets functions they do not have in a standalone wallet. Holders can borrow without selling, while stablecoin suppliers gain access to a different borrower base. Each market still depends on the issuer, custodian, price feed, liquidation rules, liquidity, and redemption process.

DEX liquidity adds another use. An eligible holder can place a tokenized asset in a pool and collect a share of swap fees, plus incentives where offered. That can add income while the underlying security trades sideways. The position still carries price, pool, and liquidity risk.

Live usage provides the clearest evidence. PancakeSwap reported that tokenized assets across several issuers passed $100 million in cumulative volume, 31,000 users, and 200,000 trades by mid-2026. These are first-party figures from one venue, but they document trading and liquidity activity in a working onchain product.

3. Crypto users want exposure to different risk drivers

Demand is already visible in the asset mix. CoinGecko found that tokenized commodities grew from $1.43 billion to $5.55 billion between the start of 2025 and March 31, 2026. XAUT and PAXG accounted for 89.1% of that increase. Tokenized gold also generated $90.70 billion in spot volume in Q1 2026, more than the $84.64 billion recorded during all of 2025.

Gold matters here because its price drivers differ from those of crypto-native assets. The same logic applies to Treasury funds, public stocks, and private credit. The token still adds issuer, custody, liquidity, and redemption risk to the underlying instrument.

The practical appeal is access. Eligible users can keep assets in compatible wallets, move between supported products, and interact with DeFi contracts. Some markets operate outside the trading hours of the underlying venue, although issuance and redemption may still follow traditional market schedules. xStocks, for example, states that trading is available around the clock while issuance and redemption normally run 24 hours a day on business days.

I expect demand to concentrate where the onchain version solves an access or workflow problem. The product needs to make the asset easier to hold, move, trade, or use as collateral. If it only copies a brokerage balance and adds fees, it has little reason to exist.

4. Spot and perpetual markets add trading activity and may improve price discovery

Supply and utility bring assets onchain. Markets determine how usable they are.

CoinGecko measured $15.12 billion in tokenized stock spot volume during the first quarter of 2026, slightly above the $14.84 billion recorded in the second half of 2025. The same report found that the five largest tokenized equities still generated less than 1% of the trading volume of their traditional counterparts. Growth and limited depth can exist at the same time.

Derivatives are growing faster. A perpetual contract, or perp, tracks an underlying price without an expiry date. CoinGecko recorded $524.79 billion in RWA perp notional volume in the first quarter of 2026, compared with $313.02 billion during all of 2025. Open interest means the notional value of outstanding derivative positions. Daily RWA perp open interest rose from $0.14 billion on January 1, 2025 to $6.68 billion on March 31, 2026.

Metric	2025 baseline	Q1 2026
RWA perp notional volume	$313.02B, full year	$524.79B, quarter
Daily RWA perp open interest	$0.14B, start of 2025	$6.68B, end of Q1

Note: The volume periods differ. The 2025 figure covers a full year, while the 2026 figure covers Q1 only. Source: CoinGecko RWA Report 2026.

Figure 4. RWA perpetual notional volume and open interest. Source: CoinGecko RWA Report 2026.

Hyperliquid's HIP-3 helps explain part of that expansion. HIP-3 lets qualifying deployers create perpetual markets and define their oracle, contract specifications, leverage limits, and settlement process. CoinGecko estimated that HIP-3's share of monthly RWA perp volume rose from 2.8% in October 2025 to 28.6% in March 2026.

These numbers should stay separate. Tokenized asset value measures backed or represented assets. Spot volume measures completed trades in those tokens. Perp volume measures derivative notional turnover, while open interest measures outstanding positions. Large perp volume can improve attention, hedging, and price discovery. It can also reflect short-term speculation without adding a single dollar of ownership in a backed token.

A practical test for an RWA product

I would evaluate an RWA token in this order:

1. Underlying asset. What exactly drives the token's value, and how is that asset valued?
2. Legal right. Does the token represent ownership, a beneficial interest, a debt claim, or another contractual right? If it only provides synthetic price exposure, is it more accurately classified as a derivative rather than a tokenized RWA?
3. Issuer and custodian. Which entities issue the token and hold the underlying asset? What happens if either fails?
4. Backing evidence. Are reserves, holdings, or attestations current, specific, and independently verifiable?
5. Redemption. Who can redeem, into what, on what schedule, at what cost, and under which restrictions?
6. Liquidity. Where can the token trade, how deep are the routes, and how does liquidity behave outside the underlying market's hours?
7. Price source. Which oracle or benchmark updates the onchain price? How are market closures and corporate actions handled?
8. DeFi use. Which integrations are live now, and what additional liquidation, contract, and protocol risks do they add?
9. Geography. Which jurisdictions and user types can legally access, hold, transfer, and redeem the token?

Total value locked (TVL) is the value deposited in a protocol or product. It can show scale, but it does not answer the nine questions above. Academic work published in 2026 also found that outstanding asset value did not reliably predict observed liquidity across the tokenized Treasury, gold, and private-credit samples it studied.

What could slow the market?

The first constraint is legal access. A technically transferable token may still be unavailable in a user's jurisdiction or limited to eligible investors. The second is fragmented liquidity across issuers, chains, and token versions. More products can make routing harder before aggregation catches up.

Counterparty and custody risks remain. Oracle errors can damage lending and derivative markets. Redemption can fail operationally or become expensive during stress. Smart contracts may contain vulnerabilities or be exploited. Thin secondary markets can make a displayed price hard to realize.

Those are operating constraints, not footnotes. If the market ignores them, a larger token count will produce a larger surface for failure.

Why my base case is positive

Issuer menus are expanding, and DeFi protocols and trading venues have started treating tokenized securities, funds, and commodities as collateral, liquidity, or trading instruments. Aave Horizon, Euler, PancakeSwap, and Hyperliquid show four routes from issuance to live use.

Risk controls are becoming part of the product. The examples above use asset-specific collateral limits, isolated or permissioned markets, named oracle providers, and issuer access rules. These controls cannot eliminate smart-contract, custody, or redemption risk, but they make it easier to identify and contain.

Running an exchange aggregator makes the distribution gap easy to see. A token needs to appear in wallets, route across exchanges, connect to liquidity, and redeem under clear terms. More of that chain now exists than it did a year ago.

The market still needs clearer legal access, dependable redemption, and deeper spot liquidity. The direction is positive. If integrations continue to broaden and those safeguards hold, RWA growth should produce a working market instead of a larger catalog of isolated launches.

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