Market cap to value locked, and what TVL actually counts
Total value locked measures deposits a protocol holds but does not own, priced in assets that move, which shapes how the ratio can be read.
Market cap to value locked compares what the market values a protocol's token at with the dollar value of assets deposited into its contracts. The comparison is intuitive and the denominator is more slippery than it looks: those deposits belong to the people who made them, they are priced in volatile assets, and the same underlying dollar can be counted several times across a chain of protocols.
The formula is market cap ÷ total value locked, published here as market cap to TVL with a fully diluted counterpart alongside it.
What is being counted
Total value locked is the sum of assets held in a protocol's smart contracts, valued at market prices. For a lending protocol it is supplied collateral and lent assets. For an automated market maker it is the contents of the liquidity pools. For a staking system it is the staked balance held in the deposit contract.
The word locked is doing unhelpful work. In most systems the assets are withdrawable at will, subject to utilization limits and any unbonding period. Deposited would be more accurate, and the distinction matters because a figure that can leave in an afternoon behaves nothing like a balance sheet item that is contractually committed.
The double counting problem
A single underlying unit can appear in several TVL figures at once. A user stakes an asset through a liquid staking provider and receives a receipt token, which counts in that provider's TVL. The receipt token is deposited as collateral in a lending market, which counts it again. The borrowed asset is supplied to a liquidity pool, which counts a third time. Restaking adds a further layer on top.
None of these steps is fraudulent, and each protocol is accurately reporting what it holds. The aggregate across a sector is nonetheless not a count of distinct capital, and the TVL pages state where a series is filtered for this and where it is not. Wrapped tokens and cross-chain bridge deposits raise the same question in a different form: the same economic asset may be counted on the chain it left and on the chain it arrived on.
The denominator is a price series
TVL is a dollar figure computed from token balances. If the deposited assets rise in price and nobody deposits anything, TVL rises. If they fall, TVL falls. A large share of deposits in most systems is denominated either in the protocol's own token or in the base asset of its chain, both of which correlate with the numerator of the ratio.
The consequence is that market cap to TVL can be substantially self-referential: a ratio of one price series to another, partly the same series. A ratio that stays flat through a large market move is describing that correlation rather than a stable relationship between a protocol's value and its usefulness. Reading TVL change over 30 days against the price change over the same window is the simplest way to separate deposits arriving from deposits appreciating.
Deposits that were paid to be there
TVL responds to incentives. A protocol that emits its own token to depositors, a practice known as liquidity mining, can raise TVL by increasing the reward rate. The capital that arrives on those terms behaves differently from capital that arrived for the service, and it tends to leave when the emission ends or when a competing program pays more.
The check for this is productivity rather than size. Volume to TVL, and its exchange-specific form DEX volume to TVL, describe how much activity each deposited dollar supports. A large deposit base supporting little volume and generating few fees is a description of subsidized capital. The more direct question is whether the emission cost exceeds the fees earned, and that is a comparison the size ratio alone cannot make.
Why the assets-under-management analogy fails
The natural comparison is to an asset manager valued as a multiple of assets under management. That analogy assumes a fee is charged on the balance and that the manager keeps a known share of it. Neither is generally true here. Many protocols charge on flow rather than on balance, so a large idle balance produces no revenue at all. Where a protocol does charge on balance, the rate is a governance parameter rather than a contract with each depositor.
The deeper break is ownership. An asset manager has a contractual relationship with each client, a notice period, and a business that can be sold. A protocol's depositors have a code relationship, can exit without notice, and have no attachment beyond the terms currently offered. TVL measures present usage, not a book of business, and there is no goodwill line to carry across a bad quarter.
What the ratio is good for
Held to its actual scope, the ratio is a useful check on whether a token's valuation is grounded in a system that holds anything at all. A protocol with meaningful deposits and one with almost none are different objects, and the ratio distinguishes them immediately. Tracked over time for a single protocol, with the composition of deposits and the incentive program in view, it also shows whether capital is arriving or leaving relative to the market's assessment of the token.
It is weakest as a cross-protocol ranking, because different designs require different amounts of capital to do the same work. A design using concentrated liquidity can support the same volume on a fraction of the deposits, and will score worse on a size ratio while doing more with less. Ranking by capital held rewards inefficiency, which is the opposite of what the ranking is usually intended to show.
One further caveat belongs with the number. Deposits are exposed to the contracts holding them, so a TVL figure is also a measure of how much value sits behind a given set of code and admin permissions. The risk pages track that side, and the TVL pages carry the deposit series and their composition.