A quiet place for the longer-horizon tools. Backtests replay indexed candles through a static Uniswap v3 range.
Short, plain-English guides: how it works, what it costs, and what could go wrong.
Our Hashlock audit, what is in scope, and how to verify the code yourself.
02What QuantumPools is, the problem it solves, and your first position in five steps.
03Ranges, the snuggle, why not swapping matters, compounding and one-sided ranges.
04Range width, snuggle delay and how each setting moves your results.
05Exactly what you pay, what is free, worked examples and referrals.
06Watch your bins follow the price: how DLMM bins work, why nothing is swapped, and who pays the network fee.
07What can go wrong, plainly, and what we do about each risk.
Candle-replay / historical range simulation by pool. Same math as the Pool Scanner calculator: verified GeckoTerminal OHLCV candles are walked through a static Uniswap v3 band to estimate time-in-range, fees, and an annualized net rate after the published performance fee.
Opens the Pool Scanner with ?years= (and &pool= when you paste an address). Pick a range width there; metrics stay tied to the returned candle sample.