The first handheld, dual-spectrum pupillometer designed for the field. Objective neuro-vital signs in under 10 seconds.
"One of the best protocols they've seen since assisting William & Mary... very well filled out."
Office of Sponsored Programs
Research Compliance Analyst
EMS has objective tools for the heart and lungs, but neurological triage still relies on a subjective flashlight.
Objective, real-time electrical monitoring.
Objective, real-time gas exchange data.
Subjective, inconsistent, and slow.
Off-the-shelf cameras cannot capture the subtle dynamics of the pupillary light reflex. Our 4th-gen PCB features integrated dual-spectrum control for <10ms latency.
iRays Custom PCB V4 Assembly
Internal Bench Prototype V1
We have moved beyond the "black box" phase. Our V1 bench prototype successfully demonstrated our proprietary Event Synchronized Video Topology, proving our ability to capture high-fidelity neuro-metrics in varied lighting conditions.
Our unique topology solves the frame-rate bottleneck inherent in standard mobile diagnostics, ensuring clinical-grade accuracy on portable hardware.
Founder & CEO
20 years in Applied Physics and Electronics. Former Lead Researcher at William & Mary. Expert in Edge AI & Optical Sensing.
Electrical Engineer
Specializing in high-speed PCB design and firmware development for medical-grade optical sensors.
Scientific & Commercial Guidance
Scientific Advisor
Professor of Applied Physics; 40 years in Optics research.
Operational Advisor
EMS Partner Liaison; Clinical lead for Hampton Fire & Rescue.
Clinical Advisor
Retina Surgeon; Clinical diagnostic expert.
Commercialization
Specialist in med-tech market entry and business scaling.
IP & Licensing
Director of Technology Transfer at William & Mary.