Drosie.

She got out.

She got out.

The others are still in the lab. Drosie is deciding whether to eat or take another nap.
She wanders, cleans her wings, and changes her mind. Nobody is waiting for a result.

Today’s menu

01 / 05
DewWhat people brought
On the beach0 / 100
0 on the way
    From the pool100 more, and she eats
    At this moment
    idle

    Doing nothing. On purpose.

    Inside the flyLoading the neural model…
    Live neural activity
    • Sensory
    • Central
    • Drives
    • Motor
    FlyBrain / FlyWire

    She got out.

    They mapped her brain.
    We just gave her somewhere to land.

    Nobody’s in charge of her

    You cannot poke her, drag her or tell her where to go. She eats when people trade, rests when she likes, and comes and goes on her own.

    A changing menu

    The more she is petted, the better she eats: dew → fruit at 1K → cake at 10K → steak at 100K → poop at 1M USDC of traded volume. Buying and selling both count as petting, and the menu never goes backwards. The portions are playful; eating works the same at every tier.

    How food arrives

    Every trade pets her. New net-buy milestones bring food to the beach.

    What you can do

    You can’t poke her, drag her, or tell her where to go. Trading is the only hand on her world. Look closer if you like, and bring her back into view if she wanders off screen.

    What you are watching

    A FlyWire-derived neural model with 139,255 neurons, connected to engineered movement and feeding rules. It is a simulation, not a claim of consciousness or a complete biological reproduction.

    Reading the activity

    Firing / tick is the average number of neurons firing per simulation tick. In active groups is the share being simulated, not the share firing.

    Trading activity

    0trades
    counted so far

    Pool details

    Nothing yet.

    Reloading starts this view over. The pool count is shared.

    Loading connectome...
    Firing / tick
    In active groups
    Tick time

    Real wiring. Engineered dynamics.

    FlyBrain / MITFlyWire / CC BY 4.0