Founded by inventor Dave Segal after a friend’s spinal-cord injury, Naqi Logix develops earbud-based neural interfaces that translate biosignals, facial micro-gestures and head movements into hands-free, voice-free control of digital devices. The Vancouver company’s platform is designed to make computers, wheelchairs, robotics and other connected systems more accessible without cameras, screens or implants. Naqi’s work has earned recognition including TIME’s Best Inventions of 2023 and a 2024 Gold Edison Award for Social & Cultural Impact.
Control BionicsFor more than two decades, Control Bionics has built its identity around EMG science and the practical challenge of giving people access to communication and measurable physical recovery. The company develops non-invasive neural-signal technology for people with complex physical needs, as well as for clinicians and researchers working to understand neuromuscular activity. Its platform is cleared by the FDA, TGA, and CE and is deployed internationally.MILFORD, OH
Precision NeuroscienceCo-founded by neurosurgeon and electrical engineer Benjamin Rapoport, Precision Neuroscience brings clinical experience directly into the development of brain–computer interfaces. The company makes its Layer 7 cortical interface in-house at a 22,000-square-foot MEMS fabrication facility in Addison, Texas, with an initial focus on helping people with paralysis operate digital devices through thought.
BabaBaba builds eye-tracking communication and control devices for people who cannot speak or move, with products shaped by the firsthand experience of engineers and caregivers Hashma and Maryam. Its Mili system brings hands-free control to a mounted tablet, while the Jubilee glasses are being piloted as a lighter wearable alternative to medical equipment. Baba’s platform is designed for users and families who need practical support beyond the device itself.BROOKLYN, NY
NeuvotionLed by founder and CEO Chad Bouton, Neuvotion develops AI-guided brain-body interface technologies for neurorecovery, including non-invasive stimulation platforms and minimally invasive brain-computer interfaces. The company combines medical-device development experience with clinical expertise in spinal cord injury, stroke, rehabilitation, and neurosurgery to pursue technologies that can help restore movement and independence.