Advancing the future of BCI—together

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FOR CLINICIANS

Precision is partnering with leading physicians and institutions to develop Layer 7. Clinical collaboration is at the core of our development process, enabling us to iteratively optimize performance, validate safety, and inform system-level integration.
Our Technology
PROVEN AT SCALE

Scientific innovation for clinical impact

The Layer 7 cortical interface has been used in over 70 patients across a wide range of research and clinical settings. Unlike traditional BCI development paths, this approach allows clinicians to evaluate advanced neural recording technology without compromising standard of care.

SUCCESS TO DATE

  1. No observed cortical injury from array placement or removal
  2. Functional neural mapping in deep sulci and eloquent cortex
  3. Real-time decoding of speech and movement
  4. Clear visualization of tumor margins and lesion-related activity
OUR RESEARCH SITES

We partner with leading institutions that are deepening scientific understanding of the brain and accelerating breakthroughs in patient care.

We are currently enrolling at the following distinguished institutions for studies in acute intraoperative and extraoperative settings.
Partner With Us

CLINICAL PARTNERS

  • Mount Sinai
  • WVU Medicine
  • Penn Medicine
  • John Hopkins Medicine
  • UBNS
  • Mass General Brigham
  • Beth Israel Deaconess Medical Center
  • Northwestern Medicine
  • Emory Healthcare
  • Barrow Neurological Institute
  • NYU
  • UChicago Medicine
  • Michigan Medicine
  • Thomas Jefferson University
RESEARCH

Real-world use. Real-world insight.

See All Research
Research
Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding
Research
First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes
Research
Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding
Research
First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes
Research
Initial Experience with the Precision Neuroscience Layer 7 Micro-Electrocorticography Interface for Real-Time Intraoperative Neural Decoding
Research
First-in-Human Experience Performing High-Resolution Cortical Mapping Using a Novel Microelectrode Array Containing 1,024 Electrodes

Join Our Clinical Network

We are expanding our network of research and clinical collaborators. If you are a neurosurgeon, neurologist or scientist interested in BCI innovation, we welcome your partnership.Become a Study Site

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