When the user wears the device, the focus level reaching the threshold triggers the machine to operate. The higher the focus, the faster the bursting speed.

Your focus controls the speed: the higher the concentration, the faster the car goes. Lose focus, and it stops instantly.

By converting real-time focus into sugar thread speed, the system rewards deeper concentration with faster, larger cotton candy—making cognitive effort both visible and tasty.

Proprietary multi-channel neural signal acquisition and decoding system enables high signal-to-noise capture and accurate interpretation of weak brain signals for medical, rehabilitation, and intelligent interaction applications.

AI-based neural decoding models built on machine learning and deep learning adapt to individual neural characteristics and continuously improve decoding accuracy over time.

End-to-end low-latency brain–computer interaction architecture supports real-time control and closed-loop feedback for time-critical applications.

Safe and compliant non-invasive and minimally invasive BCI solutions balance ease of use, signal quality, and clinical feasibility.