Tokenomics: how to analyze a crypto project

Tokenomics shows who makes the money and who picks up the tab. Everything else in a project (the technology, the team, the partnerships, the code audit) answers the question "why does this token exist". Tokenomics answers the question "how much of it will there be and who holds it".

The second question almost always matters more for price.

What tokenomics is

Definition

Tokenomics is the set of rules by which a token is issued, distributed among participants and taken out of circulation. It is described in the project's documentation and, unlike roadmap promises, it executes automatically through a smart contract.

Three things it defines. How many tokens exist in total. Who holds them right now. When and at what pace they hit the market.

Formally it comes down to two flows. Emission adds tokens to circulation (mining, staking rewards, unlocks, farming). Removal takes them back out (fee burns, buybacks funded by protocol income, locking in staking). The difference between the flows is the net supply pressure.

Why this matters more than the "project idea"

An idea doesn't create sellers. Tokenomics does.

Let's run the numbers. A project issued 1 billion tokens, 100 million are in circulation (10% of the total), price $2. Market cap $200 million, fully diluted valuation (FDV) $2 billion. Looks modest.

Now look at the unlock schedule. In a year, linear vesting releases another 250 million tokens. That's +250% on top of what trades today. For the price to simply stay at $2, the market has to bring in an extra $500 million of buying. Over the year. And the coin's entire current trading volume is $8 million a day.

No idea generates that much demand. The product can be excellent, the community active, the integrations real, and the token will still grind down, because supply math beats narrative.

According to analytics services, by March 2026 roughly 38% of altcoins were trading near all-time lows. Coincidence? Most of those coins launched in 2023–2024 on the low float / high FDV model and are now going through their main unlocks.

I stopped opening the whitepaper first about three years ago. I open the distribution tab and the unlock schedule first, and only if things look sane there do I go find out what the project actually does.

Take two hypothetical tokens with the same $1 price and the same product.

Token A. 600 million of 1 billion in circulation, the team and investors hold 30% under four-year vesting. Annual supply growth around 8%. To hold the price, the market needs roughly $48 million of new buying over the year.

Token B. 60 million of 1 billion in circulation, the team and funds hold 55%, the cliff expires in four months. Annual supply growth after the cliff is over 200%. To hold the same price, the market needs more than $120 million, and a large chunk of it arrives on a single day.

Identical product. The capital inflow required differs by a factor of three, and the risk profile isn't even comparable. That's exactly why a project's tokenomics matters more than comparing "the idea".

If the basics are still fuzzy (what an exchange, a futures contract or spot even is), watch the first free lesson of the "Trading from scratch" course on the Secret Terminal YouTube channel: lesson 1. It covers the foundation that tokenomics and order book work both sit on.

What to look at in tokenomics

Total Supply and Circulating Supply

Three figures that get confused most often:

• Circulating Supply - what actually trades on the market right now.
• Total Supply - everything issued minus what's been burned, including locked tokens.
• Max Supply - the hard ceiling on emission, if one is written in at all. For Bitcoin it's 21 million, Ethereum has no ceiling.

Market cap is calculated from circulating supply. FDV is calculated from max supply. The ratio between them is the main risk indicator.

If 5% of total supply is in circulation and FDV runs into the billions, you're not buying a coin. You're buying a thin slice of paper whose price was set without 95% of its future holders. The classic example is Worldcoin, which launched with roughly 2% of total supply circulating. CoinGecko research found that about 21.3% of the top 300 coins by market cap fall under the low float definition, and the overwhelming majority of them launched in recent cycles.

The rule I use myself. I calculate the ratio of FDV to market cap. Up to 2x is fine, unlocks won't tear the coin apart. From 2x to 5x you need to study the unlock schedule closely. Above 10x it isn't an investment, it's a subscription to future dilution.

Distribution: team, investors, community

The distribution pie usually gets cut into five slices. Team and advisors. Early investors (seed, private, strategic). Treasury or ecosystem fund. Liquidity and exchanges. Community (airdrops, rewards, farming).

Benchmarks for a healthy structure:

One line deserves a minute of your time: "Ecosystem & Marketing". If 35% got dumped in there with no explanation of who controls those tokens and under what rules, the fund effectively has an open-ended right to sell into the market whenever it feels like it. Technically that isn't an investor unlock, but the consequences are the same.

Another layer people rarely check. The entry price of early investors. If seed came in at $0.004 and the exchange price is $0.40, the holder is up 100x. They're in profit even after a 95% drop. That investor doesn't "believe in the project", they're waiting for liquidity. For them an unlock isn't a risk, it's the long-awaited sell button.

Vesting and unlocks

Vesting is the schedule by which locked tokens move into circulation. Two basic forms.

A cliff releases a large tranche all at once on a set date. Until that day the holder can't touch anything.

Linear vesting drips out in equal portions (monthly, per block) over several years.

The cliff is more dangerous. It turns locked supply into liquid supply in a single event, and the market is forced to find a new clearing price within hours.

A recent case. PUMP has a fixed supply of 1 trillion tokens, 20% of which went to the team and 13% to early investors, both tranches sitting under the same 12-month cliff. In July 2026 the cliff expired and, according to Tokenomist, 57.279 billion tokens worth roughly $86.49 million went out to 121 wallets. After that a three-year linear vesting of the remainder begins.

And here's the interesting part. The price didn't collapse, the coin added over 13% in 24 hours on daily volume of about $122 million.

A simple calculation explains why. The unlock was worth $86 million against daily turnover of $122 million, so about 0.7 of a day's volume. The market digests that. The event had been known a year in advance, it was traded out ahead of time, and some of the recipients didn't sell at all.

Which gives you a metric that replaces panic headlines:

Unlock size in dollars / average daily trading volume

• under 0.5 - noise, the market swallows it
• 0.5–2 - higher volatility around the date
• 2–5 - serious pressure, better to postpone entry
• over 5 - the coin is all but guaranteed to look for a new bottom

For scale. Between July 1 and August 1, 2026 alone, the total value of scheduled unlocks exceeded $1.98 billion. And on August 5 the PROVE unlock came to 104.17% of circulating supply: circulation more than doubled in a single day.

Inflation and deflation (burn)

Emission without removal is a tax on the holder. Burn mechanisms were invented to offset that tax, but they work very differently from one another.

BNB burns via the Auto-Burn formula, tied to the coin's price and the number of blocks in the quarter, and does so until it reaches a 100 million coin floor. In the 36th quarterly burn on July 15, 2026, 1,615,827.795 BNB worth about $931.7 million left circulation, after which total supply dropped to 133.17 million. In parallel, part of the gas fees is burned. No new BNB is issued, supply only moves down.

Ethereum is more complicated. After the switch to PoS, emission fell from roughly 13,000 ETH a day to 1,700 ETH (minus 88%), and EIP-1559 burns the base fee of every transaction. The net result depends on network load. After the Dencun upgrade activity moved to L2, burning fell off, and in 2026 ETH sits in mild inflation of about 0.23–0.24% a year with supply around 120–121 million coins. Another 28 million ETH or so (roughly 23% of supply) is locked in staking and isn't pressuring the market.

The conclusion is simple. Deflation is never a permanent property of a token. It's a function of network usage, and it switches both ways.

A separate word on staking, which often gets confused with supply removal. Coins locked in staking really don't press on the order book while they sit there. But staking rewards are new emission, and they drip in daily. If a network pays validators 5% a year in its own token and burns 0.5% through fees, net inflation is 4.5% a year. A holder who doesn't stake loses that share simply for owning.

Hence the test for "real" yield. Compare a project's annual emission with its annual revenue. If a protocol issues $80 million worth of tokens and earns $6 million in fees, holders pay the difference through dilution. That model lives exactly as long as the inflow of new buyers exceeds emission.

Now about how burns get used for marketing. A project announces "40% of supply burned", the price jumps on the news. You open the contract and find they burned the part that sat in the treasury and was never in circulation. Circulation didn't change by a single token. The only burn that means anything is funded by real protocol revenue or user fees.

Tokenomics red flags

5 signs of bad tokenomics

Flag 1. The team and investors hold more than half, and the cliff is shorter than a year. This is a structure in which your entry funds their exit. Takes a minute to check in the distribution section.

Flag 2. Float below 10% with FDV of a billion or more. The price was formed on thin liquidity, where a few million dollars move the quote by tens of percent. When the bulk of the supply arrives, the repricing will be brutal. The low float / high FDV model has become the standard for launches in recent years, and it's been pushed to its limit in a segment we covered separately "Memecoins: what they are and how to trade them".

Flag 3. Holder yield comes only from emission. A 200% APY in farming, paid in the project's own token, creates no value. It shifts value from late participants to early ones and prints new supply. A token with real protocol revenue pays less, but it pays out of money rather than out of thin air.

Flag 4. The unlock schedule isn't published, or it's smeared over with vague wording. Phrasing like "team tokens are locked for an extended period" with no specific dates and percentages means exactly one thing. The terms will be changed along the way. And they won't be changed in your favor.

Flag 5. The top 10 wallets control more than 60% of supply outside staking and liquidity contracts. Two minutes in a block explorer will confirm it. Concentration at that level means the price in the order book exists exactly until the moment a large holder needs money. How to tell honest concentration from preparation for a dump is covered in detail in a separate piece "Crypto scams: how to spot fraud and not lose money".

There's also a sixth scenario, technically not a red flag but worse in its consequences than many. The project moves vesting retroactively: after a painful unlock the team announces a six-month pause, the market greets the news with a rally, and six months later the same supply comes back onto the calendar. Moving the date doesn't create demand, it postpones the repricing. Today they shift vesting, tomorrow they raise max supply through a vote where the team holds the controlling stake.

Mistakes in tokenomics analysis

Mistake 1. Looking at market cap and ignoring FDV. A coin at $200 million market cap with $2 billion FDV is more expensive than a coin at $800 million market cap with $1 billion FDV. The first one sells you 10% of supply at a price set without the other 90%.

Mistake 2. Treating every unlock as a death sentence. A $5 million tranche in a coin turning over $80 million a day won't even register. Calculate the ratio, not the absolute number from the headline.

Mistake 3. Believing a burn figure without checking the source. Open the explorer and see where the burned tokens came from. Treasury or user fees, the difference is fundamental.

Mistake 4. Working through the tokenomics and never looking at the order book. A perfect supply structure won't save you if the order book is empty 3% below and you have to close the position at market with a percent and a half of slippage.

When the checklist doesn't work. Tokenomics describes supply, but it says nothing about demand. In a market melt-up phase a coin with 8% float and 300% annual inflation can rise for months: buyer inflow outruns emission and nobody cares about the bad numbers. It turns exactly at the moment the inflow dries up. So a project's tokenomics works as a risk filter over a horizon of quarters, not as an entry signal for today.

The order book, limit orders and entry points are covered in the free course on the YouTube channel: lesson 5. It's part of the full five-lesson "Trading from scratch" course and it picks up right where paper analysis ends.

Quick assessment table

No single parameter works on its own. A coin with 15% float and a coherent product, where investors sit under four-year vesting, can be far safer than a coin with 80% in circulation and zero revenue.

How to check tokenomics in 5 minutes

Where to find the data (CoinGecko, TokenUnlocks)

The sequence, roughly five minutes per coin.

Minute one. CoinGecko or CoinMarketCap. The supply block: circulating, total, max supply and FDV. That immediately gives you the two ratios described above. If FDV/MC is above 5x, you don't need to try very hard from there.

Minute two. Tokenomist (formerly TokenUnlocks). The unlock schedule. You need the date of the nearest large tranche, its size as a percentage of circulation and in dollars, and its type (cliff or linear).

Minute three. Project documentation. The Tokenomics or Token Distribution section. Cross-check the figures against the aggregators. Discrepancies happen, and usually not in the investor's favor.

Minute four. DefiLlama and a block explorer. On DefiLlama look at protocol revenue. If revenue is comparable to emission, the token can at least theoretically absorb it. In the explorer (Etherscan, BscScan, Solscan) open the top holders and subtract exchange, bridge and staking contract addresses. What's left is the real concentration.

Minute five. Liquidity on the exchange. Daily volume, spread, order book depth. This is where paper analysis ends and hands-on work begins. A similar approach to screening coins by turnover and activity is described in the article "Crypto screener: how to pick a coin".

What you see in the order book, the tape and the clusters

An unlock is a date on the calendar. Execution is order flow, and it either confirms your concerns or it doesn't.

A week before a large tranche I usually put the coin on watch and look at three things.

Density in the order book, meaning a large cluster of limit orders at a single level, on the approach to key prices. It shows where someone is willing to absorb the unlock volume.

The tape, meaning the flow of actually executed trades. It shows who dominates the approaches to a level: sellers hitting bids or buyers lifting asks.

Clusters, meaning the distribution of volume across prices inside a candle. They show which prices took the bulk of the turnover and where the market will return on a pullback.

Plus a separate check: how empty the order book is below the current price. That's exactly where price gets dragged on aggressive selling.

Secret Terminal has ready-made tools for this. The "Quotes" module filters coins by number of trades over 24 hours, turnover and price change, and it also displays a density column. Filtering (say, from 1 million trades and from 100–150 million in turnover) cuts out instruments where trading an unlock is pointless because there are no participants.

New listings are their own story, where a cryptocurrency's tokenomics gets stress-tested in the first hours of trading. The "Listing" module shows fresh pairs across connected exchanges and lets you send a ticker to the order book in one click, so that volume and density filters are set before trading starts rather than after. We cover the mechanics of the first minutes after a listing in the article "How to trade crypto listings".

A practical note. If a coin is going through an unlock and the order book is empty 2–3% below the current price, position size needs to be cut in half from your usual. Slippage on the way out will eat more than the idea gives you.

FAQ

• Tokenomics, what is it in plain terms?

  Tokenomics is the set of rules for issuing and distributing a token. How much of it there is in total, who owns it now and when the rest get theirs. Essentially it's a schedule of future supply, and supply feeds directly into price.

• YoDo a cryptocurrency's tokenomics matter more than the project's technology?ur question here

  Over a horizon of several months to a couple of years, yes. Technology determines whether the project survives five years from now. Supply structure determines what happens to the price over the coming quarters. An excellent product with 250% annual dilution still hands the holder a loss.

• What is FDV and why do people look at it?

  FDV (fully diluted valuation) is the token price multiplied by max supply. It shows what the market would value the project at once every token is in circulation. Comparing FDV with current market cap gives you the scale of future dilution. A 10x gap means 90% of supply isn't yet taking part in price formation.

• Does a token unlock always drop the price?

  No. What decides it is the size of the tranche relative to daily volume and who exactly receives the tokens. The July PUMP unlock of $86 million happened on $122 million of turnover, and the coin added over 13% in a day. An unlock of 100%+ of circulation, like PROVE in August 2026, leaves a thin market almost no chance.

• What does low float, high FDV mean?

  A launch model where a minimum of tokens is released into circulation (sometimes 2–5% of the total) and the rest is locked. A small float drives the price up at the start through scarcity, while a high FDV locks in an inflated valuation. Then the unlocks come and the price looks for equilibrium with full supply factored in.

• How do I verify that a token burn is real?

  Check the burn address in a block explorer and the source of the tokens. Burning treasury reserves that were never in circulation changes nothing. A working mechanism is funded by fees or revenue, like BNB's Auto-Burn, where the burn is tied to a formula based on price and block count rather than to a marketing department's decision.

• What team share counts as normal?

  Team plus advisors up to 15–20%, all investor rounds up to 25%, together up to 40% of total supply. Above 50% between the two is a structure where the interests of early participants clearly outweigh those of the market.

Bottom line

The check takes five minutes and filters out most of the obviously losing entries. Calculate the two ratios (circulating to total, and FDV to market cap), look at the unlock calendar and compare the nearest tranche with daily volume. After that comes what paper won't show you: how the order book, the tape and the clusters react on the approach to the date. That's how cryptocurrency tokenomics turns from theory into a specific position size.

Secret Terminal pulls this part into a single window. Order book with density highlighting, tape with a filter for large trades, clusters, and a quotes screener with filters for turnover and trade count. The terminal is free, runs on Windows 64-bit and connects via API keys to an account on Binance, Bybit, OKX, MEXC or WhiteBIT.

You can download it and see how an unlock plays out in a live order book at secret-terminal.com