Invasive BCI Implantation: State of the Art and Future Perspectives
summary
Teams implant intracortical microelectrode arrays into cortex using navigated preop mapping and record cellular signals that let AI decode movement and emerging language signals; surgical series includes 13 acute implantations and chronic implants that yield 254/254 channels stable in one case, while typical participants generate about 15 TB brain data per year. Engineers pair implants with exosuits and aim for subdermal wireless links to remove percutaneous connectors; ethics studies report implants experienced as part of the body, raising data governance and long‑term care challenges.
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chapters (8)
- 0:00Invasive BCI introduction
- 13:14Invasive BCI overview
- 29:30First European BCI implants
- 43:03Robotics for mobility
- 54:25Brain Lab's surgical role
- 1:04:22Ethics of neural implants
- 1:12:52Neurotech ethics
- 1:20:37BCI future and society
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