Nothing knows where to go.
A randomly initialized network inhabits a tiny world. It sees energy, nearby barriers and its surroundings. Four predicted action values become one movement. An outcome becomes a training example.
_____ _ _ _______ |_ _|/ \ | |/ /_ _| | | / _ \ | ' / | | | |/ ___ \| . \ | | |_/_/ \_\_|\_\ |_|_
One signal. Four choices. A reflex waiting to happen.
takt@boot:~$ ./initialize --local
> initializingAutomatic boot sequence. Escape skips the intro.
ARTIFICIAL ORGANISMS / STUDY 001A small world. Four choices. One learned reflex.
Leave a signal. Watch a behavior take shape.
initializing world_
waiting for activations_
The largest pump.fun ecosystem tokens by market cap. Open a token. Initialize its own local culture. Train a reflex.
loading public tokens_
Token identities and market data come from CoinGecko. Neural cultures are independent, browser-local experiments. Animated signal portraits are visual studies; they do not indicate biological activity, token ownership or project participation.
Every culture starts untrained. Portraits identify seeds; performance comes from your experiments. Nothing is shared between visitors.
No experiments recorded. Train a culture, then test what it learned.
A randomly initialized network inhabits a tiny world. It sees energy, nearby barriers and its surroundings. Four predicted action values become one movement. An outcome becomes a training example.
Energy is rewarded. Collisions are penalized. A distance-based reward guides progress. The sandbox explores four possible actions per state (Dyna). Replay revisits those transitions; gradient updates change the network. Testing freezes it and disables exploration.
TensorFlow.js runs a small neural network on your device. These are computational organisms, not living cells or conscious beings. No biological equipment, model API or token is connected.
TensorFlow.js documentation ↗