Direct Answer
Circulating supply, total supply, and maximum supply are three distinct measures of a token's issuance, and confusing them is one of the easiest ways to misjudge a token's real scarcity. Circulating supply counts tokens actively tradable today, total supply adds tokens that exist but aren't yet circulating, and maximum supply is the hard cap the protocol will ever mint, if one exists. Comparing valuation metrics like market cap requires knowing which of the three was used.
Key Takeaways
- A low circulating percentage relative to maximum supply can make a token look artificially cheap while the market implicitly prices the full future supply far higher.
- A stated maximum supply cap isn't always technically enforceable, it can sometimes be changed through governance votes, protocol upgrades, or contract-owner permissions.
- A small circulating supply and a low unit price don't make a token more valuable, market cap, not price, is the meaningful comparison.
- A supply-analysis checklist should cover minting and burn authority, unissued and locked supply, and the next major unlock date.
Circulating Supply
The estimated number of tokens currently public and actively circulating, held by retail/institutional investors, exchanges, market makers, and public staking pools/DeFi protocols. It generally excludes locked vesting tokens, unreleased treasury, unminted tokens, permanently burned tokens, and transfer-restricted tokens. It's used for market cap = price × circulating supply.
Unlike a public company's share count, crypto circulating supply is an estimate, providers must decide whether foundation, treasury, staked, bridged, exchange-held, or unmoved-but-unlocked tokens count as circulating, and different providers classify them differently. Verify against the blockchain and official docs when it matters.
Total Supply and Maximum Supply
Total supply is generally all tokens that currently exist minus permanent burns, circulating tokens plus locked team/investor tokens, treasury reserves, ecosystem allocations, and unclaimed rewards. Maximum supply is the highest number of tokens that can ever exist under current protocol rules; not every token has one (some have perpetual issuance to fund security), and a stated cap can sometimes be changed via governance votes, protocol upgrades, or contract-owner permissions, verify whether it's technically enforceable or just current policy.
Example: 200 million circulating, 700 million total, 1 billion maximum → 500 million existing-but-not-circulating tokens, plus 300 million more that could still be created.
Minted and Burned Supply
Minted supply is the total created by the token contract, some circulating, some locked, staked, treasury-held, or burned; a contract may mint the full supply at launch or issue gradually. Burned supply is tokens permanently removed by sending them to an inaccessible wallet, a designated burn address, or a contract that destroys them, verify the destination is genuinely irreversible rather than just labeled "dead."
Why Low Circulating Supply Can Be Misleading
Example: $5 price, 20 million circulating, 1 billion max → $100 million circulating market cap, but $5 billion FDV. Only 2% of maximum supply is circulating (20 million ÷ 1 billion × 100). The project can look like a small $100 million asset while the market implicitly prices the full supply at $5 billion, as more tokens enter circulation, demand must grow substantially just to hold the price steady.
Supply Maturity Screening Framework
| Circulating % | Read |
|---|---|
| More than 80% | Relatively mature supply; ongoing inflation still worth reviewing. |
| 50%, 80% | Meaningful portion still outside circulation, but past the most aggressive dilution stage. |
| 20%, 50% | Future dilution may be significant, study unlocks and emissions closely. |
| Less than 20% | Potentially high dilution risk, determine when and to whom the remainder unlocks. |
These are screening guidelines, not buy/sell signals.
Does a Small Supply Make a Token More Valuable?
No, price must be evaluated alongside supply. A $100 price with 1 million circulating ($100 million market cap) and a $0.10 price with 1 billion circulating ($100 million market cap) have identical market caps; the lower nominal price of the second doesn't make it "cheaper." Watch for supply-manipulation framing: emphasizing a low price, small circulating supply, a large burn, or a distant max-supply cap, while quietly excluding treasury or "locked" holdings that could eventually circulate.
Supply Analysis Checklist
- Current circulating, total, and maximum supply, and the circulating percentage.
- Minting and burn authority, who controls it, and can the cap change?
- Unissued, locked, treasury, and team supply.
- Annual issuance and the next major unlock date.
Supply FAQs
Is circulating supply the same as available supply?
Not always, circulating supply estimates publicly available tokens, but some circulating tokens are held long-term and rarely traded.
Is maximum supply always fixed?
No. Some maximum-supply rules can change through governance, contract permissions, or protocol upgrades.
Why do different websites show different supply numbers?
Providers may classify treasury, locked, bridged, staked, or foundation-controlled tokens differently.
Is a low circulating supply bad?
Not automatically, it's a concern when large amounts of supply may enter circulation faster than demand grows.
How is circulating supply verified on chain?
Partially, at best. A public blockchain shows the total number of units in existence and the balance of every address, both of which are verifiable by anyone running a node. What it does not show is which addresses represent supply that is genuinely available, because an address holding a team allocation looks identical to one holding an ordinary user's coins. Producing a circulating figure therefore means labelling addresses, and labels come from project disclosures and provider research rather than from the chain itself.
Do tokens held in a protocol treasury count as circulating supply?
Providers disagree, which is a large part of why published figures differ. The argument for excluding them is that treasury holdings are not available to a market participant and are typically governed by a process before they can be spent. The argument for including them is that a treasury can and does sell, sometimes at short notice, so the supply is not meaningfully locked. Anyone comparing two tokens should check that the same convention was applied to both before treating the numbers as comparable.
What happens to supply figures when tokens are sent to a burn address?
It depends on the mechanism, and the two common ones are different. A contract with a burn function reduces total supply directly, so the chain itself records the lower number. Sending tokens to an address with no known private key removes them from practical use, but the chain still counts them in total supply, so a provider must decide to exclude that address by hand. The second method is common and is why total supply reported on a block explorer can exceed the figure an aggregator publishes.
What is the difference between locked supply and held supply?
Locked supply is constrained by code: a smart contract holds it and will not release it until a condition, usually a date, is met, and that constraint is verifiable by reading the contract. Held supply is constrained only by intention, meaning a known entity says it will not sell. The first can be relied on to the extent the contract is correct; the second cannot be relied on at all. Treating a published token distribution as if all restricted allocations were locked is a common and consequential error.
How does a rebasing token complicate supply figures?
A rebasing token adjusts every holder's balance periodically according to a rule, so the number of units in circulation changes without anyone transacting. Balances rise or fall proportionally, which means a holder's share of the total is unchanged even though the quantity displayed moved. Supply and per-unit price both shift together, so a market capitalisation derived from them can stay stable while both inputs look volatile. Any comparison of a rebasing token's supply across two dates is comparing different units.