What works, what doesn't, and 2027 to 2030

Four tests for a real tokenized market

A token existing on a chain proves little. The useful question is whether people use it in ways they could not before. Four tests answer that, each with a number and a threshold.

Turnover is the headline test because volume cannot be faked by a slide deck. It has one catch: on-chain volume also counts new tokens being created and redeemed, so the ratio is an upper bound on real trading. A fund whose turnover is 1× a year is a subscription list, whatever its marketing says.

The continuity test exists because of how products in this market end. The most common ending is neither a hack nor a default. It is the issuer deciding to stop, as with Mountain Protocol's USDM in 2025, covered in Who's who.

Verdicts by segment

Run the tests on each segment and a clear order appears.

The figure scores seven things sold as RWA. The table below keeps the six that hold a real asset and leaves out perpetual futures, which fail the definition of an RWA before any test applies.

Gold works because gold is simple. It pays no cash flow and has no borrower, so there is no NAV to calculate, no dividend to distribute and no credit to judge. A bar in a London vault has an institutional ticket of about 200 mn USD; a gold token sells a fraction of the same bar to anyone, at any hour. It is the one segment where tokenization solved a problem nobody had solved before.

Tokenized Treasuries are the largest serious segment and a working product for one kind of client. They paid about 3.3% in July 2026 while the Federal Reserve's policy rate sat at 4.25 to 4.50%. That gap of about 100 bps is the price of on-chain settlement. A DAO treasury or a crypto trading firm pays it gladly. A saver buying bond exposure gets more from a Treasury-bill ETF.

The trading side is quieter still. On the Securitize platform, which issues BUIDL and several others, only 61 addresses were active in a month out of 1,872 holders, well under the 5% threshold.

Private credit ran a natural experiment. Maple lent without collateral from 2021, lost about 54 mn USD when borrowers failed in 2022, and switched to loans backed by 150% or more of collateral in May 2024. Goldfinch kept the unsecured model and voted to wind down in June 2026.

Stocks show the opposite of adoption: in the 30 days to 2 September 2026, holders of tokenized stocks rose 159% while monthly active addresses fell 90%, according to RWA.xyz.

Value without use

A large share of the tokenized market is value that sits still. Stobox's mid-2026 report found 56% of tokenized assets had no transfer in a typical week. Part of that is by design: a fund share for qualified buyers was never meant to trade.

Deep dive Two idle figures that do not agree

The 56% figure counts value in a universe of about 60 bn USD. A second reading of the same data looked only at assets above 100,000 USD and found that 379 of 1,289 had any transfer in a typical week, which makes about 70.6% idle by count. The two describe different sets and should not be averaged. Either way, most tokenized value does not move.

The rest is products that exist on paper and nowhere else. An energy token called JMWH, about 861 mn USD according to Tiger Research, is listed on no exchange at all. The only permissionless RWA index, mvRWA, held about 9,000 USD. In category statistics, both look exactly like a working product.

The reason matters for anyone building. Tokenizing an asset does not create a buyer. It only lowers the cost of reaching a buyer who already wants the asset. Where no buyer existed, as with fractional Detroit rental homes, the token changed nothing except how the loss was recorded.

Problems nobody has solved

Four problems remain open in September 2026, and none of them is a blockchain problem.

Valuation without a market. A private-credit fund has no live price, so an administrator computes NAV and an oracle carries it on-chain. On 4 September 2026, the author read the NAV feed for Superstate's USCC on Ethereum: its last update was 225 days old and it raised no error. Any lending market reading it would have seen a normal-looking number. Getting prices on-chain has the full measurement.

Keys. The holder's private key is not the strongest key on a regulated token. On Ethereum, one externally owned account can replace BUIDL's entire contract code in a single transaction, with no multisig and no delay. Who holds the keys compares this with other funds.

Redemption. The token trades around the clock, but the right to exit does not. ACRED and HLSCOPE let holders redeem at most 5% of the fund per quarter. If many holders want out in the same week, most of them wait.

Fragmentation. The same asset on two chains is two different markets. Stobox measured price gaps of 1 to 3% between venues for identical assets and a cost of 2 to 5% to move capital between chains. No diversified on-chain RWA index exists, because its parts have incompatible transfer rules and redemption terms.

These four share a root cause. Every compliance rule added to a token's transfer function shuts out some counterparty: a whitelist shuts out open trading pools, a sender check shuts out routers. So far no product has both full compliance and full composability.

Forecasts and three scenarios to 2030

Bank and consulting forecasts for tokenized assets range from about 2 to 30 tn USD. They differ mostly in what they count, not in how optimistic they are.

Compound annual growth rate (CAGR) is the steady yearly rate that turns a starting value into an ending one. It shows how aggressive a "cautious" forecast is. McKinsey's base case needs the distributed market to grow about 50 times, a CAGR near 146% for four years. That is only a third below the market's own recent pace.

Every one of these forecasts models issuance: how much will be put on a chain. None of them models turnover, idle assets, redemption gates or wind-downs. They forecast what gets printed, not what gets used.

The scenarios below are built the other way round. Each is defined by an event that can be checked on a calendar, and each names what would prove it wrong. The anchor is the distributed market, which stood at about 39 bn USD on 10 September 2026 (RWA.xyz).

The bear case, about 30 to 35 bn USD at the end of 2027, needs three things. The DTC tokenization service, planned for October 2026, slips or launches narrow. The CLARITY Act, the US market-structure bill, is not law by the end of 2027. Rate cuts push tokenized Treasury yields well below 3%, so treasuries that hold them for yield leave. By 2030 the market looks much like today: gold and Treasury registers, and more wind-downs.

The base case, about 65 to 75 bn USD, needs DTC to launch as announced with measurable volume, and deposits in RWA-collateral lending markets to pass 1 bn USD. By 2030, tokenized fund shares would serve as everyday collateral at exchanges and lenders, which is the use that pays for the whole stack.

The bull case, above 75 bn USD, needs the base case plus a regulated US venue where stock tokens and ordinary shares trade on one order book. Nasdaq's proposal to trade tokenized securities under the DTC pilot is the path to watch. By 2030 the line between a share and a token would blur for US equities.

What to watch next

• The DTC tokenization service: whether the October 2026 launch happens, and with what volume. It separates the bear case from the base case.
• RWA-collateral deposits: whether lending markets that accept tokenized funds pass 1 bn USD of deposits. That is the test of DeFi use at scale.
• Tokenized Treasury yields after rate cuts: below 3%, the 100 bps cost of the layer becomes hard to justify for holders who want yield.
• The CLARITY Act in the US Senate: without it, a regulated US venue for stock tokens stays out of reach.
• The next wind-down: which product closes next, and whether holders get their money back through the documents or through a secondary pool.