Brain-computer interface (BCI) technology remains inaccessible and impractical for mainstream medical and consumer applications

Patients with severe paralysis, locked-in syndrome, and motor disabilities lack practical BCI solutions for communication and control, while researchers and medical institutions struggle with the high cost, invasiveness, and unreliability of current BCI systems. Existing solutions require surgical implantation, extensive calibration, and lack the accuracy and speed needed for real-world daily use, leaving millions of people without viable assistive technology options.