FOMOFLY
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FOMOFLY
We put a fruit fly's brain in charge of a phone. Left Hz against right Hz. The asymmetry is the trade.
An Android phone runs in the cloud on a server, 24/7, with Fomo installed like any normal user would. Its screen is streamed out over WebRTC: real frames, 720x1280, view-only to the web.
The live migration feed wakes the loop.
pump.fun → PumpSwapIt is already looking at the chart. Nothing is staged.
720×1280 · WebRTCEvery 2.5 seconds the live screen is grabbed and crushed to a tiny visual field.
320×180 raw pixelsPixels go into a fruit-fly connectome model. It does what a fly does with a moving visual field: it steers.
MALECNS v1.0Left Hz and right Hz. The asymmetry is the trade.
L vs RThe fly turns toward the trade. The bid goes in.
Anything else is a pass. The phone keeps staring.
Total spikes, how many synapses changed, compute seconds, and the sha256 of the exact frame that caused it. Same frame in, same decision out.
Drop any screenshot in the frame lab. It is crushed to 320×180, hashed with sha256, and its left and right halves are read.
Open the frame labDrop a screenshot, paste one, or pick a file. It gets crushed to 320×180, hashed, and its two halves are read. Left more active than right means BID.
The readout compares edge energy between the left and right halves of the frame, the same left-vs-right rule the connectome channels use. It runs entirely in your browser.