Cerebionics is developing a modular, non-invasive brain-computer interface (BCI) platform that translates human intent into machine commands. Founded by Agnessa Pedersen, the startup focuses on creating a communication link between the brain and external systems, such as drones or ground vehicles, using portable EEG electrodes.
Unlike invasive technologies like Neuralink, which use implanted electrodes to achieve high-resolution control, Cerebionics relies on non-invasive EEG to detect broader patterns of brain activity. The system interprets these signals to issue high-level commands, such as confirming actions or changing directions, rather than decoding fine motor movements.
The startup is currently refining its software to improve signal decoding and generalizability. Pedersen notes that the technology requires user calibration due to individual brain patterns. The company aims to reduce system costs and setup times to make the platform accessible for mass-market applications in sectors like defense, healthcare, and industry.
The BCI field in Europe includes several other startups with distinct approaches. Cogitat develops AI software for EEG decoding, while BirgerMind focuses on communication tools for motor-impaired users. Other companies, such as Neurosoft Bioelectronics and InnoBrain, explore soft electrodes and multi-modal sensing to advance neurotechnology.
