Precision Neuroscience develops minimally invasive brain–computer interface technologies designed to restore communication and functional independence. The company’s flagship platform, the Layer 7 Cortical Interface, is engineered to interface with the surface of the brain at high resolution without penetrating neural tissue. Its approach focuses on reducing surgical invasiveness while enabling rich neural signal acquisition. Precision Neuroscience positions its technology within regulated clinical development pathways.

The technology uses a thin, flexible electrode array that conforms to the cortical surface to record neural activity associated with intention and cognition. High-density sensing enables detailed capture of neural signals while avoiding the risks associated with intracortical penetration. These signals are processed to decode user intent and translate it into control of external devices or communication interfaces. The system is designed for chronic use with an emphasis on safety, stability, and signal fidelity.

Precision Neuroscience targets individuals with severe motor or communication impairments who may benefit from brain-based assistive technologies. The Layer 7 Cortical Interface is intended for use in clinical research and therapeutic deployment under professional supervision. Its positioning reflects broader efforts to advance BCIs toward practical, scalable systems that balance performance with minimally invasive design.