Reading Tokenomics: What to Check Before You Buy a Token

Most people evaluate a token by looking at its price and its market capitalisation. Both are outputs. The inputs — how many tokens exist, how many will exist, who holds the ones that have not reached the market yet, and on what schedule they arrive — are published, usually months or years in advance, and are the part that actually determines whether today's price has a chance of holding.

This guide is the checklist. It deliberately does not re-explain how a vesting cliff works or how markets price in a known unlock date — our guide on token unlocks and vesting covers that in depth. This one is about what to look at before you own the thing.

1. The gap between market cap and fully diluted valuation

Market capitalisation is price multiplied by circulating supply. Fully diluted valuation is price multiplied by every token that will ever exist. The ratio between them tells you how much of the token's eventual supply is currently in the market, and it is the fastest single screen you can run.

A project where market cap is 90% of FDV has essentially finished issuing. Its price has to fight ordinary supply and demand and nothing else. A project where market cap is 15% of FDV has six times its current float still to come, held by people who acquired it at a fraction of the current price, and every one of those tokens will eventually want a buyer.

A low market-cap-to-FDV ratio is not automatically bad — every project starts there. It tells you the price you see is being set by a small, artificially scarce fraction of the supply, and that the rest is coming on a published schedule.

The pattern this produces has a name: low float, high FDV. A small percentage of supply is released at launch, the thin float makes the price easy to move upward, the headline valuation looks enormous, and the people holding the other 80% have a marked position they cannot yet sell. The design is not a secret and it is not necessarily malicious — but it means the market price was never a market-wide opinion, and it can fail badly when the supply catches up with the story.

One practical use of FDV is as a sanity check rather than a valuation. Ask what the project would have to become for the fully diluted number to look reasonable, and compare that to companies or protocols that already exist. The answer is often clarifying in a way that the market cap alone is not.

2. Rank unlocks by share of float, not by dollars

This is the single most useful correction to how supply events are usually reported, and it comes straight out of our own data. Every "biggest unlocks this month" list you will see is sorted by dollar value — which means it is sorted by market capitalisation, which means it shows you the same large caps every week.

A $400 million unlock against a $8 billion float is a five percent event. A $250 million unlock against a $249 million float doubles the supply. The dollar figure ranks them the wrong way round.

By dollars, RAIN outranks MON by nearly double. By what it does to the token, MON is releasing more than its entire existing float in a single event and RAIN is releasing about a twentieth of its own. Anyone screening by dollar size would look straight past the one that matters.

Across 2,689 scheduled cliff unlocks in our dataset, 1,032 exceed 1% of the token's circulating supply, 194 exceed 5%, and only 37 exceed 10%. The events that genuinely reshape a token's supply are rare — which is exactly why they are worth finding rather than reading a list of the largest dollar amounts.

3. Who is holding the supply that has not arrived yet

Not all pending supply behaves the same way when it lands, and the allocation category tells you a lot about what to expect. Tokens released to a treasury for ecosystem grants tend to enter the market slowly and for a reason. Tokens vesting to early investors who bought at a cent tend to enter it faster.

Insiders and private-sale investors together account for well over 40% of scheduled cliff events. That is the supply with the largest gap between its acquisition cost and the market price, and therefore the supply with the least reason to hold through weakness.

• •Check the cliff date, not just the vesting length — a twelve-month cliff means nothing arrives for a year and then a great deal arrives at once
• •Check whether the team's allocation vests on the same schedule as investors' or ahead of it
• •Check whether "ecosystem" tokens have a published spending policy or are simply a discretionary pool
• •Treat any allocation over about 20% to the team and investors combined as a question to answer rather than a red flag on its own

4. Emissions: the supply that never stops

Unlocks end. Emissions do not. A protocol paying staking rewards, liquidity incentives or validator subsidies is issuing new tokens continuously, and that issuance is a cost borne by every existing holder through dilution — whether or not it is described that way.

The number to find is net inflation: new issuance minus anything permanently removed, as a percentage of circulating supply per year. A staking yield below the inflation rate is not income at all. It is a slower rate of dilution than the holders who did not stake are experiencing, dressed up as a return.

If a chain issues 8% new supply a year and pays stakers 6%, staking does not earn you 6%. It loses you roughly 2% of your share of the network, while non-stakers lose 8%. The yield is a defence, not a profit.

5. Burns, and whether they do anything

Token burns are the most enthusiastically marketed and least examined part of tokenomics. Sending tokens to an unspendable address does reduce supply, and if demand is unchanged, a smaller supply supports a higher price per token. The question is always whether the burn is large enough and funded by something real.

Two burns can look identical in a headline and be completely different in substance. A burn funded by protocol revenue — a share of fees the network actually earned — is a genuine transfer of value to holders, structurally similar to a share buyback. A burn of tokens from a treasury that the project minted itself and never sold removes supply that was never in circulation, which changes the total but not the float, and costs the issuer nothing.

• •Ask what funded it. Fee revenue is real; burning unissued treasury supply is an accounting gesture
• •Compare the burn rate to the emission rate. A project burning 1% and issuing 6% is inflating, loudly
• •Check whether the burn is recurring and rule-based or a one-off announcement timed to sentiment
• •Work out the effect on supply as a percentage, not in token counts — burning a billion tokens sounds enormous and can be a rounding error

The short version

Tokenomics is not a mystical discipline. It is four numbers and one question: what fraction of the eventual supply is trading today, how fast is the rest arriving, who is holding it in the meantime, and is anything permanently removing supply at a rate that competes with what is being added.

All four are published. Most of the time the schedule is knowable years ahead, which makes this one of the few areas of crypto research where diligence is genuinely available rather than a euphemism for guessing. For what happens when one of those scheduled events actually arrives — how markets price it in, and why the price often moves before the date rather than on it — read our guide on token unlocks and vesting.