An unlock changes who can move tokens
A token unlock changes access to an allocation: tokens assigned to a team, investors, a treasury or a community become transferable under the applicable rules. They may already exist in total supply. Follow which restriction ends, who gains access and how much potentially transferable supply that adds, rather than assuming an unlock always creates new coins.
This distinction is why a token’s headline “market cap” can hide future releases. Circulating supply is the portion counted as available in the market under a data provider’s methodology. Total supply counts tokens that exist, subject to definitions around burns. Maximum supply is an eventual cap if the token has one. These figures are not interchangeable, and projects do not always describe them consistently. Read the project’s own documents and the contract behavior before trusting a dashboard number.
Vesting is a schedule, not a promise about price
Vesting releases an allocation over time. A linear schedule might make a portion available every day or month. A cliff delays access until a particular date, sometimes followed by gradual release. OpenZeppelin’s VestingWallet and cliff extension illustrate how a contract can encode release rules. A project may instead administer restrictions through custody, governance, or other mechanisms. That difference matters: a published chart is less reassuring if one party can change it unilaterally.
Imagine one million tokens allocated to a team, locked for a year, then released evenly over the next two years. The first year has no scheduled team release. After the cliff, the team gradually gains access. Another project might release a large fraction immediately at the cliff. Both could be described loosely as “two-year vesting,” yet their near-term supply effects differ. The precise contract or agreement is the useful document.
An unlock does not prove that recipients will sell. They may hold, stake, transfer to custody, or sell over time. Some may have hedged exposure before the unlock. Price also reflects demand, market depth, and what investors already expected. An obvious date can be priced in partly, overestimated, or overshadowed by other events. An unlock calendar is a risk map, not a price forecast.
Read the recipient and the market together
Ask four questions. How many tokens become transferable relative to today’s circulating supply? Who receives them—employees, early investors, grant recipients, or a treasury? What can those holders actually do under the rules? How much liquidity normally trades without a large price change? A small release into a thin market can matter more than a larger one in a deep market. Reported volume alone may be misleading; order-book depth and venue quality matter too.
Look beyond a single date. Monthly releases can exert a persistent change in available supply without one dramatic event. Staking rewards or protocol emissions can increase supply through a different mechanism; they are not necessarily “unlocks” of a previously locked allocation. Treasury transfers may move existing tokens without increasing supply at all. A chart that puts every event into one category can obscure these differences.
Market cap and fully diluted valuation
Market capitalization is commonly price multiplied by circulating supply. Fully diluted valuation, or FDV, applies the current price to a larger hypothetical supply, often the maximum or total. If 10 million of 100 million possible tokens circulate at $1, the simple market cap is $10 million and the simple FDV is $100 million. That arithmetic does not mean the remaining 90 million could be sold for $90 million. Selling pressure would likely change the price; future supply and demand are unknown.
The gap between those figures can alert you to future dilution or release risk. It cannot by itself establish that a token is cheap or expensive. Verify the supply definitions, timetable, and whether the token has real use or enforceable rights. Crypto markets also involve custody, technical, fraud, and regulatory risks beyond unlock schedules.
A small float can magnify the surprise
Suppose a token has 10 million units circulating and another 10 million scheduled to unlock for early holders. If the market price is $2 before the release, quoting a $20 million circulating market cap and a $40 million fully diluted value highlights the difference in supply assumptions. It does not tell you where the price will be after the release. If holders sell into limited demand, the price may fall; if demand rises or recipients hold, it may not. The size and timing of actual transfers matter more than the calendar headline alone.
On-chain data can verify that tokens moved out of a vesting contract, but it may not identify the ultimate owner or whether a sale occurred. Tokens could be transferred between wallets controlled by the same party or deposited to a custodian. Conversely, a holder might have economic exposure through an agreement before the on-chain unlock. Read dashboards as measurements with definitions and blind spots, not as a full account of incentives. If the project can mint more tokens or revise schedules, model that authority separately from the published vesting plan.
Use the calendar as a question list
A careful reading of tokenomics begins with documents: allocations, recipient categories, vesting terms, contract addresses, and change authority. Compare the planned schedule with actual on-chain transfers where possible. If a project cannot explain what will unlock, who controls the rules, or how supply is measured, that uncertainty is itself relevant. No calendar can turn a volatile token into a predictable investment; it can help you avoid confusing a small current float with the whole future supply.
