Automation

Autoharvest

Concentrated positions accrue trading fees continuously, but claiming them is a transaction. Autoharvest watches what a position has actually got waiting and sweeps it once it is worth more than the gas to go get it.

• Threshold: the minimum claimable value before a sweep fires. Pick $1, $5, $25, or type your own. It exists so you never spend $3 of gas to claim $2 of fees.
• Cadence: how often the worker checks (hourly, every 6 hours, or daily). Checking is free; only a sweep costs gas.
• The number it measures is what the position will actually pay out, including farm and emission rewards the same claim sweeps, not a stale figure stored on the position. If a fee leg can't be priced, the run skips rather than guessing past your threshold.
• On the EVM chains it also refuses to spend silly gas: a claim only goes through when the estimated gas is both under your ceiling and a small fraction of what's being claimed. An estimate it can't price is treated as too expensive, not as free.

It's offered wherever fees are separately claimable, which means the concentrated models on every chain. On constant-product pools there is nothing to enrol: fees compound into the reserves and you realise them when you remove.

Trailing walls and limit orders

Both watch the same event: price walking away from a single-sided wall. They answer it in opposite ways. A wall that is merely stranded can be moved. A wall that has been traded straight through has already done its job, and the only thing left is to take the fill.

Trailing walls

A wall sits at a fixed price. A trailing wall follows the market: once it has been out of range for the whole dwell window, the worker tears it down and rebuilds it just off the current price, so it can actually fill instead of sitting somewhere the market has left.

Dwell

How long the wall must stay continuously out of range before it may move, from 1h up to 72h. The clock resets if price comes back, so a wick doesn't trigger a rebuild.

Offset

How far past the current price the rebuilt wall's near edge sits, in basis points. Tighter fills sooner; wider gives price more room to come back to you.

Moves per day

A hard cap on repositions in a rolling 24 hours, so a steady grind down can't walk your wall all the way with it.

Limit orders

Post a wall, arm a limit order, and when price trades all the way through it the worker withdraws the position once and never re-provides. That is the fill-and-stop behaviour single-bin LPs build by hand, done for you.

• Confirmation window: how long price must stay past the wall before the withdrawal fires, from 5 minutes to 6 hours. The order has already filled by then; this only filters a wick that pokes through and comes straight back.
• Which side you posted is fixed when you arm it. A filled ask and an untouched bid can look identical on-chain, so naming the side is what makes the fill test exact.
• It won't arm on a wall that has already traded through (that one wants withdrawing, not arming), and it never re-arms after it fires.

What you hand over

Automation needs to sign without you there, so turning it on is a deliberate two-step: you accept the terms, then delegate signing. The delegation creates a scoped credential inside your own account, for one wallet address, and the server verifies it actually works before recording the grant, so a client can't fake it.

• Every automated action lands in your activity feed with its signature, exactly like an action you took yourself.
• If a run can't proceed safely it pauses that position and records why (delegation revoked, position closed, a build or signature that failed) instead of retrying blindly. Switching the job back on clears the pause.
• Revoke at any time, and it stops signing immediately. Archiving a wallet also parks every job on it without losing your settings.