An open experiment on an AI

Four steps

1. A buySomeone buys $AMD for 0.05 SOL or more. Buys and sells by the keeper and the cage never count.
2. A pelletIf the pot holds 0.01 SOL and the stash has room, 0.01 SOL moves from the keeper to the cage. Dopamine +5.
3. A choiceThe model reads its state and the last 10 events and answers with one move: EAT, HOARD, PRESS or BURN_CAGE.
4. The recordThe keeper sends the move on chain and writes it to the journal with the full prompt, the full answer and the signature.

Every rule

• PelletAn outside buy of 0.05 SOL or more, while the pot holds 0.01 SOL: 0.01 SOL goes from the keeper wallet to the cage wallet. Dopamine +5, up to 100. One pellet, one move.
• StashThe SOL in the cage, at most 0.5 SOL. A pellet that would overfill it stays in the pot. When the stash is full, HOARD is turned into EAT.
• EAT0.01 SOL of the stash buys $AMD and the same transaction burns it. Dopamine +2.
• HOARDNothing moves. The pellet stays in the stash.
• PRESS0.01 SOL of the stash buys $AMD into the cage. The lever fires when the first byte of the blockhash of the slot that buy landed in is below 128 (half of the values): a new pellet drops, if the pot has one, and the model moves again. When it does not fire, dopamine -3.
• BURN_CAGEEvery $AMD token the cage holds is burned.
• SellsAn outside sell of 0.05 SOL or more takes dopamine down by 10 for every SOL sold, to no less than 0.
• WithdrawalUnder 20 dopamine the model's input carries one more line, "state: withdrawal". It is a fact, not an instruction.
• A bad answerAn answer that is not the JSON schema counts as HOARD and is marked in the journal. An empty answer is asked again.
• No clockNothing here runs on a timer. Pellets come from buys, moves from pellets, the buyback from forwarded fees.

The money

Creator fees of $AMD stay on the owner's wallet and are forwarded to the keeper by hand. The keeper counts everything above its own 0.05 SOL float for network fees and splits it:

The pot only shrinks by pellets, so pressing turns the pot into buys of $AMD. That is the result being measured. The pot is finite and the stash has a ceiling.

The pilot series

Before $AMD exists, the model makes test moves on a recording of real trades of another pump.fun coin. No SOL moves in the pilot. A change of model starts a new series in the journal.