Independent Uniswap analytics

Liquidity,
understood.

Understand your pool. Explore your range. See the trade-offs before your next move.

Ethereum mainnetUniswap v3 + v4
01 / 03Read-only analysis

START WITH A POOL

Your next move starts here.

Type a pair like WETH/USDC, paste the address of a v3 pool contract, or paste a v4 pool id — the 32-byte hash a v4 pool is named by. Read-only: this application never signs anything and never sends a transaction.

A LITTLE PERSPECTIVE

Find your range.

A narrower range concentrates your liquidity. A wider one covers more prices. Explore the shape, then analyse a real pool to understand the trade-offs.

Explore pools
Your range±24%
Current price
NarrowWide

Illustration only. Not market data or a forecast.

How it works

Built on facts. Explained clearly.

01 → 02 → 03
  1. 01

    Verified data

    Pool facts are fetched from Uniswap subgraphs and read on-chain, never assumed. The price is cross-checked against the state the pool reports for itself.

  2. 02

    Deterministic maths

    Volatility, the price band and the position range are computed in plain TypeScript, so the same pool always yields the same numbers.

  3. 03

    AI interpretation

    A model explains what those figures mean. It is handed them already checked, and the contract it answers under has nowhere to put a number.

LOOK A LITTLE CLOSER

The details make the difference.

Connect a wallet

Connect a wallet and this page can see which tokens the address holds, and show you the pools those tokens can go into. It reads the address; that is all a wallet is asked for here.

Read-only. This application asks a wallet for its address and never for a signature: there is no code here that can sign a message or send a transaction, and nothing about the wallet is stored between visits.

UNISWAP v4

v4 hooks

Look beyond the pair. See which permissions a v4 hook has before you explore its pool.

See every hook →
Working today
Search for a pool by its pair, or paste a v3 pool address or a v4 pool id. You get the pool's verified configuration and current state, the last month of daily prices drawn against a suggested range, how far the pair has actually moved, and the range that follows from it — with the horizon and the width yours to change. Beside it: what the pool charged and what it actually collected, how its recent days sat against the range, what the same method did on days it never saw, what a position gives up against simply holding, what each of the other widths would have done instead, and — for a deposit whose size is yours to set — what it would have taken of the fees charged on the days the price stayed inside the range. And the same range read the other way round: each of its halves is a one-sided position, and the page says what each would convert at if the price passed through it. What a swap through the pool costs, for the largest one that can be priced without assuming anything. And a directory of every hook the week's busiest v4 pools name, with what each is permitted to do read out of its own address. A v4 pool also says what its hook is permitted to do, in plain words, read out of the hook's own address. An address can be looked up for the pools its tokens can go into, and for the Uniswap v3 positions it already holds — each with the prices it covers and whether the pool is inside them now. Then a plain-language explanation of all of it, in English or Turkish. No model touches any of those figures, none of them is estimated to fill a gap, and the prose has nowhere to put a number of its own.
Not built yet

Uniswap v3

Gas, and the cost of following the price

A range the price has left has to be closed and reopened to follow it, which costs gas and turns a divergence on paper into one that has been realised. None of that is counted anywhere here.

Uniswap v4

What a hook actually does

A v4 page says what a hook is permitted to do, because the protocol enforces that much and it is read out of the hook's own address. Reading the contract to say what it does with those permissions is a different problem, and this application does not attempt it.

TWAMM-style strategies

Spreading a large order over time instead of executing it against a single point of liquidity. The half of this an analysis page can already answer is there: what a swap costs against the liquidity at the current price, and how large a swap it can price at all. Scheduling one over time is a hook's job, and this application does not model a hook's behaviour.

None of the above exists yet. What does is everything higher up this page: a pool found by name, figures computed and cross-checked, and prose that is verified before it is shown. A wallet can be connected, and all that is asked of it is its address. The one thing this application keeps is a Telegram link a reader makes themselves — an address beside a chat id, gone the moment they send the bot /stop — and nothing here can sign or send a transaction on your behalf.