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UC Irvine Develops Brain-Controlled Exoskeleton Restoring Walking
ProductApril 16, 2026Embodied Global

UC Irvine Develops Brain-Controlled Exoskeleton Restoring Walking

Researchers at UC Irvine, Caltech and USC developed a bidirectional brain-computer interface allowing paralyzed patients to control walking exoskeletons.

#brain-computer#exoskeleton#spinal cord#UC Irvine#BDBCI
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Researchers at UC Irvine, Caltech and USC developed a bidirectional brain-computer interface allowing paralyzed patients to control walking exoskeletons.

Key findings:

  • 93% step counting accuracy
  • 96% right leg sensation, 84% left leg
  • 50-year-old female participant

This is the first BDBCI for walking incorporating bilateral interhemispheric leg sensorimotor brain areas. Future plans include fully implantable version.

Source: UC Irvine
Language: English- Showing content in English

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