Uploaded October 2025 | Updated September 2026, 2 weeks ago
Christian Bayerlein, activist and neuro-hacker living with spinal muscular atrophy, flew a drone over the audience.
Using OpenBCI’s Neurofly toolkit and the Varjo Aero VR headset, he demonstrated the power of assistive neurotech and wearable sensors to extend one’s brain and body functions.
These and other advances in neurotech are opening new doors to human-computer interaction, changing the way we interact with technology just as much as AI.
OpenBCI and Pupil Labs have now unveiled the next evolution: the first fully wireless, all-in-one brain, body, and eye-tracking headset. By combining OpenBCI’s state-of-the-art Galea biosensing platform with Pupil Labs’ compact, modular Neon eye-tracking system, the companies have created a powerful tool for real-time analysis of the human mind and body.
3D printing with Formlabs, using the Fuse 1+ 30W SLS printer and Form 4L SLA printer, played a crucial role in bringing this idea to life.
Christian Bayerlein, activist and neuro-hacker living with spinal muscular atrophy, flew a drone over the audience.
Using OpenBCI’s Neurofly toolkit and the Varjo Aero VR headset, he demonstrated the power of assistive neurotech and wearable sensors to extend one’s brain and body functions.
These and other advances in neurotech are opening new doors to human-computer interaction, changing the way we interact with technology just as much as AI.
OpenBCI and Pupil Labs have now unveiled the next evolution: the first fully wireless, all-in-one brain, body, and eye-tracking headset. By combining OpenBCI’s state-of-the-art Galea biosensing platform with Pupil Labs’ compact, modular Neon eye-tracking system, the companies have created a powerful tool for real-time analysis of the human mind and body.
3D printing with Formlabs, using the Fuse 1+ 30W SLS printer and Form 4L SLA printer, played a crucial role in bringing this idea to life.
