Understanding the human brain requires tools that can record neural activity with high precision
From multiple regions, and without the constraints of cables or bulky equipment. Many existing brain-computer interfaces capture signals from only a limited number of neurons and rely on wired connections, making long-term or natural-movement or speech restoration studies challenging.
At imec at Holst Centre:
The Intranet of Neurons (IoN) programme explores how wireless, implantable neurotechnology can overcome these limitations. The research focuses on AI-assisted data compression, creating compact implants that can record thousands of channels at high speed, transmit data wirelessly, and operate with very low power consumption. This enables large-scale neural monitoring from multiple brain areas, opening opportunities for more detailed and naturalistic neuroscience research.
Our focus
By enabling richer, less invasive recordings, the IoN programmme aims to support progress toward improved diagnostics and potential treatments for brain disorders.
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