bFlyBrain

live

Where the fly is right now

A page goes in through 892 hex columns, 165,122 neurons integrate, and a cursor comes out. Every number on this panel is read out of the running simulation.

bFlyBrain LIVE DROSOPHILA CONNECTOME · HONG KONG VISION MOTOR SIMULATION INTERNET WALLET 165,122 NEURONS 10,228,000 EDGES CONNECTING

Live browser view from our fruit fly simulation

CONNECTING TO THE FLY

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Neural activity

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NEURONS FIRING of 165,122

spikes/sec

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membrane

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visual

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motor

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Firing neurons · soma positions

Descending neurons

Vision → retina

L1 on

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L2 off

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columns

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Mushroom body · learning

depressed

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mean gain

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rewards

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punishments

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KC→MBON synapses under dopamine. Depression only — that is the rule a fly actually uses.

Motor output

Event stream

pages—

clicks—

scrolls—

brain steps—

vetoed—

No wallet, no keyboard, no downloads. Every click is checked before it lands and vetoed if it looks like it commits something — a submit, a sign-in, a purchase.

what it is

A connectome, running in public

Every connection in this thing was traced from electron microscope images of an actual male fruit fly. Nothing is invented, nothing is sampled from a distribution, and it is not a neural network "inspired by" a brain.

The male Drosophila CNS connectome was released in September 2026 by HHMI Janelia FlyEM, the Cambridge Connectomics Group and Google Research, under CC-BY. We keep the 165,122 neurons marked traced, drop pairs with fewer than three synapses, and take each connection's sign from its predicted neurotransmitter — acetylcholine excites, GABA and glutamate inhibit. The neurons run as leaky integrate-and-fire units: rest −52 mV, threshold −45 mV, 20 ms tau.

how it reaches the world

It sees with a fly's eye and moves with a fly's legs

A screenshot of a live web page is sampled through 892 retinotopic hex columns into L1 and L2 — the lamina monopolar cells sitting directly behind photoreceptors R1–R6. All 165,122 neurons integrate. The cursor comes back out of the descending neurons a fly actually walks with.

DNa02

Left versus right. A fly steers by asymmetry between the pair, so the difference drives the cursor's x.

DNa01

Forward walking. Drives the cursor's y.

MDN

The Moonwalker neuron. Makes a fly walk backwards; here it reverses.

DNp09

Stopping. A fly freezes when it fires, so it became the click.

the plan

How it got here

From measured connections to a live browser, running on our Hong Kong server.

Connectome loaded165,122 traced neurons, 10,228,000 signed connections, built from the public dataset

done

Eye wired892 hex columns into L1 and L2, sampling a live browser

done

Hands wiredDNa02, DNa01, MDN and DNp09 driving a real mouse

done

Learning circuit connectedKC→MBON plasticity and reward counts, read directly from this running instance.

live

A browser of its ownLive vision, cursor movement, neural readouts and event history from our server.

live

Tokenpending

pending

Treasury & liquiditypending

pending

Name	pending
Symbol	pending
Contract	pending
Paired asset	pending
Creator tax	pending
Supply	pending
Launchpad	pending
Treasury	pending
Liquidity	pending
Launch date	pending

what is not real, stated plainly

The parts that aren't the fly

The anatomy is measured; the simulation is a model. Connections come from the published connectome. Neuron dynamics, visual input and movement mapping are software choices.
Text is texture. The retina samples brightness across 892 columns. It does not understand words, prices or token descriptions.
It has no language or trading goal. Neural output moves the cursor. That does not imply intention or financial judgment.
The specimen above is an illustration. The live neural plots below it use telemetry from our running simulation.
This instance has no wallet. Token and treasury details are pending. The current browser runs within a configured set of sites.

bFlyBrain

Where the fly is right now

A connectome, running in public

It sees with a fly's eye and moves with a fly's legs

How it got here

Token information

The parts that aren't the fly