Nightshift

One line per stock, in the order the market let go of them. Each one darkens at the minute its own feed last spoke, and every one of those minutes is read off chain 4663. Drag the clock, and the night runs.

What each stock is worth on chain right now, against the last price a real market agreed on.

Every mechanism in crypto reads an oracle’s price. This one reads whether it is still talking. The shift starts when the feeds stop.

He is describing the hours this contract was built for, on this chain, the week before this page existed. We did not have to argue the premise; we had to build the thing that reads it.

1. The day shift pays for the night one.The pool’s own trading fee, which a trader pays whether we exist or not. No tax on top, nothing minted.
2. This is the only token here that gets cheaper when Wall Street closes.The pool runs a Uniswap v4 hook, and the hook reads the same feeds the reserve does. While somebody is still pricing US equities it charges the day rate. While nobody is, it charges the night rate, and the night rate is the lower one. Every dynamic fee in production prices something about its own pool: its volatility, its volume, its inventory. This one prices whether a market it is not in has gone home. Nothing was found doing that anywhere, which is not the same as proving nothing does, so check it: currentFee() returns the rate and the market state in one call, both rates are fixed in the hook’s bytecode with no owner and no setter, and every swap emits which rate it used. It is a fee on chain. Either the number moves at the bell or it does not.
3. The buying happens on shift, and only on shift.The contract checks the clock first and the feeds second: it refuses outright for the whole 13:30 to 21:00 UTC window, Monday to Friday, then requires every feed to have gone quiet. Silence alone was not enough. Replayed against 67.7 days of feed history it would have called the market shut during one open minute in five.
4. The waiting is paid for.The gate forbids this reserve from spending for about four fifths of every week, so for four fifths of every week its money would sit still. Instead it goes into an ERC-4626 vault and earns until the market shuts and there is something to do with it, then comes back out to do it. A buffer never leaves, and every vault call is written so that a vault having a bad day costs the yield and never the buying.
5. The other half comes off the board for good.Sent to 0x…dEaD, out of the contract entirely, by a call anyone can make. Fewer tokens against the same demand is the part that moves the price.
6. Nobody gets to pick the hour or the price.A per-call ceiling, a 15 minute cooldown, and a floor of 3% off the last price a real market agreed on. The buy side’s ceiling is fixed at deployment; the burn side takes the smaller of that and a fraction of the book it is trading into, so it can never try to spend more than the pool can absorb. The floor is derived inside buy(), so calling it early or often gains nothing.

What the shift actually produced. Both halves land somewhere you can open, and neither is a number we type.

All three read straight off the reserve once it is deployed.

Eighteen decimals, the standard every live token on this chain uses. No mint function, no presale, no airdrop, no unlock schedule. The 850,000,000 in the pool is locked in a contract with no withdraw, and nobody takes it out, us included.

The 15% is held by the launch contract, which cannot release it until the early-buy window closes and can only send it to one address fixed when it was built. It is for burning against supply and for matching supply into staking when it is built. The 10% is a purchase on the open market at whatever price the book gives, held to 1% per address by the same early-buy cap as everyone else, which is why it is a ceiling rather than a figure. Every token of both is on chain from the first block, and so is every use of them. Full detail in FORM NS-002 →