Where the money leans
Add up every open perp position across the twelve accounts and net longs against shorts, coin by coin. Bars to the right are net long, bars to the left net short, in dollars of notional.
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Live investigation · Hyperliquid perps
The largest traders on Hyperliquid trade in public. Every position, every fill and every dollar of profit sits on an open ledger. Whaleline reads that ledger as it moves and turns it into charts you can question.
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Chapter one
Where the money leans
Net notional by coin across the sample, live
Add up every open perp position across the twelve accounts and net longs against shorts, coin by coin. Bars to the right are net long, bars to the left net short, in dollars of notional.
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Each dot is one account: how much equity it holds against how much it has open. The further a dot sits above the diagonal guide, the more leverage it is carrying right now.
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Account value moves when money comes in or out. We strip that away and chain only trading profit and loss, so each line starts at 100 and moves with skill, luck and leverage alone.
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Average those trading returns, period by period, and you get a single whale index. It is a model, not a fund: nobody can hold it, but it shows whether the biggest accounts, together, are winning.
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Chapter two
Paste any Hyperliquid address or pick one from the sample. Everything below is read live from the public info API in your browser.
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— Explorer
| Side | Entry | Mark | Liq. price | Lev. | Funding since open | |||||
|---|---|---|---|---|---|---|---|---|---|---|
| Pick an account to see its positions. | ||||||||||
Chapter three
Choose the accounts, the weighting and the window. The index chains each account’s trading return per period, so deposits and withdrawals never move it. It is a model of what the group did, not something you can buy.
| Member | Weight | Return | Max DD | Contribution |
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Chapter four
Every coin the sample holds, with how many accounts lean each way, the dollars behind them and the market’s own funding and open interest beside it. Funding is shown annualised from the current hourly rate.
| Coin | Long vs short accounts | Net notional | Gross | Mark | 24h | Funding, APR | Open interest | Sample share of OI |
|---|---|---|---|---|---|---|---|---|
Chapter five
Move every coin by the same percentage and recompute the account you are viewing: new equity, the margin it must keep, and which positions cross their liquidation price. A uniform shock is a simplification; real markets do not move in lockstep.
Viewing: —
Chapter six
A simulation, not a promise. Scale the viewed account’s trading index to your own capital, cap the leverage you would accept, and subtract a cost per trade for lagging behind the whale.
Load an account to run the simulation.
Methodology
Sources. Positions, margin and account value come from Hyperliquid’s clearinghouseState; equity and profit history from portfolio; fills from userFills; prices, funding and open interest from allMids and metaAndAssetCtxs. All calls go straight from your browser to Hyperliquid’s public API. No key, no account, no server of ours in the middle.
The sample. Twelve addresses picked on 2 November 2026 from Hyperliquid’s public leaderboard: large account value, active trading volume in the last month, and open perp positions. Names shown are the display names those accounts set themselves on the leaderboard. We do not know who is behind any address.
The trading index. For each history point we take the change in cumulative PnL and divide it by the account value at the previous point. Chaining those returns from 100 gives an index that ignores deposits and withdrawals. Steps where the account held less than 2% of its peak value in the window are skipped, so a tiny opening balance cannot dominate the result. The group index averages the members’ step returns with the weights you choose.
The stress test. Every position is revalued at mark × (1 + move). Maintenance margin is scaled with the change in notional. An account “survives” a move while its equity stays above that margin. It ignores funding, fees, isolated-margin detail and the liquidation engine’s own behaviour.
Questions
No. Whaleline reads public data and draws it. It has no trading, no deposits and no wallet connection. Nothing here moves money.
Yes. Every number in the viewer, the crowd table and the cover is read live from Hyperliquid’s public API. The whale index, stress test and follow simulation are models built on that real data, and they are labelled as such.
Addresses from the public leaderboard. Some have chosen display names; most have not. We make no claim about who controls them, and an address can change hands or behaviour at any time.
Account value jumps when money is deposited or withdrawn. The index only follows trading profit and loss, so a whale that withdraws half its balance does not look like it lost half.
The simulation shows a rough answer under strong assumptions: you see the same returns, scaled by your leverage cap, minus a lag cost. Real copying is later, smaller and pays different fees. Past returns say little about the next month.
Prices refresh every 20 seconds, positions every minute while the page is open, histories every few minutes. The time in the top bar shows the last successful read.
Paste any address. Nothing you type is stored or sent anywhere except to Hyperliquid’s public API, which is where the data lives anyway.
No. Large accounts lose money too, sometimes all of it. Treat this as journalism about public data, not a signal.