Proofof usefulcompute.

Dynamic fee

Pool comission tracks compute scarcity. Below 50% utilisation the fee falls to 5 bps to invite flow. Above 95% it climbs to 150 bps. Captured value is routed to the reward bucket.

if (util < 5000) return 5;
if (util < 8000) return 15;
if (util < 9500) return 60;
return 150;

Streaming payment

The agent opens a stream rated in AIXE per second. The hook bills each block, pro-rata, and routes directly to the executing node. No off-chain meter, no batch settlement.

hook.openStream(jobId, agent, node, ratePerSec, endsAt);
…
hook.settleStream(jobId);

Limit order

A miner advertises ten TFLOPS·hr at a floor. The scheduler matches demand against this book directly inside the pool — a futures market for compute as a side-effect of liquidity.

market.placeOrder({
  node: "0x…",
  tflopsHrs: 10,
  minPriceAixe: "0.812",
});

Reward redistribution

A slice of every swap fee does not accrue to LPs. It sits in an epoch bucket and is split among nodes pro-rata to verified work. Usage subsidises hashpower.

hook.rollEpoch(winners, sharesBps);
// each node claim(epoch)

JIT liquidity

When an agent buys a large bag of AIXE under one tx, the hook stages concentrated liquidity on the exact tick, fills the swap, withdraws — all atomic. Slippage compresses to noise.

if (isJustInTime(p)) {
  add(tickLo, tickHi, +ΔL);
  // swap
  add(tickLo, tickHi, -ΔL);
}