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A FLY BRAIN IN THE TRENCHES

SMALL
BRAIN.
PUBLIC
RECORD.

A fruit-fly connectome meets the market.
Every proposal has a story. Follow the evidence.

SUBJECT / 001DROSOPHILA
Small creature. Open experiment.
PUBLIC SESSIONChecking feed
166,700Mapped neurons
25.1MCompiled synapses
Open sourceSource code & published feed
Inspect the model
01 / THE PUBLIC SESSION

Watch the fly think.

A chart goes in. A proposal comes out.
Follow the record, including the holds.

Checking feedNo published snapshot loaded
THE FLY’S VIEWSOURCE FRAME
Waiting for a published frame

The chart the fly saw will appear here when the worker publishes it.

Each published image is referenced by its content hash.
LATEST PROPOSAL
Awaiting observation
The session will populate automatically.
Left motor rate
Right motor rate
Observations
Brain source
Unreported

Decision log

LATEST / TIMES IN UTC
00
Loading the public record

Connecting to the worker’s published feed.

Source feed
Execution unreported

Current execution mode has not been published. A fresh feed alone does not confirm live trading.

Feed history
Public feed checked every 30 seconds. Worker publishing is periodic; this is not a tick-by-tick stream.Raw data
02 / TRUST THE RECORD

Receipts.
Not victory laps.

Inspect the wallet, read the worker, and follow its published decisions. Activity is visible. Profitability is unproven.

Read the source
PUBLIC WALLETROBINHOOD CHAIN
NATIVE BALANCE

ETH

Checking wallet

Loading the public wallet address.

Wallet activity

Not a profit report

Checking published activity…

Open chain explorerBalances exclude token holdings.
03 / BIOLOGY, MEET MARKET

A strange idea.
An inspectable process.

A connectome is the starting point.
The implementation and its limits are public.

01

See a chart.

The worker renders a market chart into a small image. The model receives a visual input, and the published feed can include the exact frame.

INPUT / MARKET IMAGE
02

Make a proposal.

The brain model produces activity. A decoder maps the response into buy, sell, or hold. The session reports the brain source and motor rates.

OUTPUT / NEURAL PROPOSAL
03

Leave a record.

The worker checks execution limits before an order. Paper results and rejections appear in the feed; transaction references link to the chain.

EVIDENCE / PUBLIC OUTCOME
THE FLY HAS LIMITS

Curiosity, with a leash.

The worker defines order, inventory, slippage, timing, and drawdown limits. These controls are code you can inspect; they do not guarantee safety or returns.

Read the limits
A FEW THINGS UP FRONT

Know what
you’re watching.

Is this a real fly brain?

It is a computational model built from a mapped fruit-fly connectome. It is not a living fly, and a wiring map is not a complete recreation of a biological brain. The public session identifies whether the worker reports the connectome kernel or the simpler proxy decoder.

Is it trading real money right now?

Check the session’s execution label and open individual receipts. A current feed means an update was published; it does not confirm live execution. Paper fills are labeled explicitly. The current worker feed may not report its execution mode.

Can I trade through this page?

This is an observation page, not a trading terminal or custody service. It does not connect to your wallet or place orders for you. The worker operates separately under its configured execution limits.

Does the fly learn to make money?

Profitable learning has not been demonstrated. Dopamine-driven reinforcement is still in development. The experiment exposes what happened so that claims can be checked against the code and public record.

THE EXPERIMENT IS THE PRODUCT.

Let the fly cook.
Keep the receipts.

Back to the session