FLY WHEEL

Round step —

turn L

turn R

forward

back

stop

Dots are holders, placed at random from the round's seed. The fly sees them as spots of light through its real eye cells; its descending neurons steer it. Lit dots are being walked on. A stop on a dot counts triple.

Where it's thinking

Each dot is a real neuron at its measured position (4,000 of 165,122 drawn). Lit = fired during this step of the walk. eye motor everything else

This round

Find my wallet

Paste your address to see your dot and your share.

Winners

holder	dwell	share	amount

How it's fair, and how to check

Rounds run at fixed blocks: the token's first block + — blocks × n. Nobody picks the block.

At that block, holders are counted from the token's Transfer logs (each must hold at least — of supply, so splitting into dust wallets gets you nothing; contracts excluded) and hashed into a holder root.

seed = keccak256(block hash ‖ holder root). The block hash doesn't exist until the block does, so nobody knows the seed early.

The seed places every holder in the arena and drives the fly's input noise. The fly walks. Every wallet it walks over gets paid from the fee bag.

Anyone can re-run it: same seed, same holders, same connectome → the same walk, bit for bit.

python fw.py verify site/rounds/<round file>

What is and isn't real

Real: every move comes from simulating the male fruit fly connectome (HHMI Janelia FlyEM / Cambridge Connectomics / Google Research, CC-BY), run with flybrain (MIT). Not real: the fly has no idea what a holder is. It walks toward and away from light the way its wiring makes it; the rules that turn that into payouts were chosen by people.