PB
CORE
CORE
Neural core
A luminous network nested inside the pelican’s head. Pulsing pathways visualize the flow of a digital nervous system.
COGNITION / VISUAL MODEL01 / AGENT TRAINING GROUND
Enter the circuit.
← → MOVESPACE / ↑ JUMPSHIFT DASHAI TOGGLE AUTOPILOTTOUCH CONTROLS ENABLED
NEURAL INTERFACE ONLINESPECIMEN PB–001 / DIGITAL TWIN
BIOLOGY, RECOMPILED.
Pelican
Brain.
An intelligence taking shape.
Biological form. Synthetic pathways.
A new perspective on autonomous motion.
GENERATIVE GEOMETRY / REAL-TIME WEBGL
3D VIEW UNAVAILABLE
Enable WebGL to inspect the neural specimen.
01 / PELICAN NEURAL MESHX 01.482Enable WebGL to inspect the neural specimen.
Y 00.316
Z 03.092
DRAG TO ROTATE
INPUT → PERCEPTION → ACTIONSTRUCTURE — VERTICES● RENDER ENGINE ACTIVE
02 / NEURAL ARCHITECTURE
One mind.
Connected systems.
A living wireframe of perception and motion. Follow the signal from the neural core to an autonomous cycling agent.
▁▂▁▄▂▆▃▁▅▂▁▃▆▂▁
Circuit pathways
Geometric traces link the specimen to its environment. Toggle the signal layer and inspect the model from every angle.
TRANSMISSION / REAL-TIMEif (gap) jump();
else ride.forward();
observe → decide → act
else ride.forward();
observe → decide → act
Autonomous motion
A local, rule-based agent reads the track and selects cycling actions. Take manual control whenever you want.
CONTROL / LOCAL SIMULATION03 / CONNECT TO THE NETWORK
Beyond the interface.
Explore the Pelican Brain token on BNB Smart Chain.