Corticale is an Italian neurotechnology company developing ultra-high-density intracortical implants for brain-computer interfaces and neuroprosthetics. Its core technology, SiNAPS, is a modular neural probe platform built around silicon-based shanks containing 1,024 microelectrodes each. The system is designed to record from and stimulate neural tissue at very high spatial resolution, enabling interaction with large neuronal populations at single-cell scale. Corticale positions the technology as infrastructure for both advanced neuroscience research and future clinical neurotechnology applications.

The SiNAPS platform uses densely packed electrode arrays with on-chip electronics for signal amplification and multiplexing, supporting scalable, high-bandwidth neural data capture. The probes are designed to be thin and minimally invasive, with multiple units combined modularly to cover broader cortical regions. In addition to recording neural activity, the system is intended to support precise microstimulation, creating a bidirectional interface with the brain. This combination of density, modularity, and signal precision is aimed at improving both neural readout and targeted stimulation.

Corticale’s initial focus appears to be research use, particularly in studying neural circuits and large-scale brain activity with greater resolution than conventional implants. Over time, the platform could support clinical applications such as higher-performance BCIs for paralysis or more detailed cortical prosthetic systems. Its work sits within the broader push toward scalable, information-rich implanted interfaces that expand what invasive neurotechnology can measure and control.