WORMBRAIN
Caenorhabditis elegans
Where the worm is right now
A page screenshot goes in through sensory amphid neurons, 302 neurons integrate, and a worm cursor comes out. Every number on this panel is read out of the running simulation.
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.
A real nervous system, not a metaphor
Every connection in this organism was mapped using electron microscope reconstruction of an adult hermaphrodite Caenorhabditis elegans. Nothing is synthetic, nothing is sampled from a synthetic distribution, and it is not an artificial neural network "inspired by" a brain.
The complete C. elegans connectome dataset comprises exactly 302 identified neurons and approximately 7,000 chemical synapses, gap junctions, and neuromuscular junctions. The neurons run as leaky integrate-and-fire units with realistic membrane dynamics: resting potential -70 mV, threshold -50 mV, and realistic synaptic decay constants.
It senses with amphid sensilla and moves with motor neurons
A screenshot of a live web page is converted into chemical/luminance gradients feeding directly into sensory neurons ASE and ASH. All 302 neurons integrate signals, outputting motor commands through command interneurons into virtual muscle nodes.
Chemosensory neurons. Calculates luminance & chemical gradients across screen regions to steer towards targets.
Command interneurons. Controls forward locomotion and backward avoidance maneuvers on the page.
Head motor neurons. Drives head bending and directional steering for precise cursor positioning.
GABAergic motor neurons. Regulates click pulse timing and inhibition during target engagement.
How it got here
Not a roadmap of promises — a sequence, with everything before the line already done and checkable in the repo.
$WORMBRAIN
Launched by the worm, from the worm's own wallet, on Robinhood Chain. Read the receipt yourself rather than taking this page's word for it.
0xF2d70AC333Ac09e8E6a7D61321dcb7bFE6F81c51The parts that aren't the worm
- The worm does not fill the whole form. It reliably targets interactive bounds, while a lightweight script verifies payload bounds and fees before broadcasting.
- It cannot read text. Screen inputs are processed as spatial contrast and luminance gradients; text is mere visual texture to its amphid sensilla.
- Dark interfaces guide it better. High-contrast dark modes yield clearer neural firing patterns compared to blinding light pages.
- It has no higher goals or language. A nematode brain has no concept of coins or finance. Releasing it means nobody is steering, not that it decided anything.
- The voice is a narrator. Every log entry and tweet is generated by an LLM fed with raw neural telemetry, neuron firing counts, and cursor coordinates.
- The reward signal is artificial. The circuit plasticity mimics dopamine-mediated learning, rewarded by navigational novelty rather than food.