Neurolign Technologies Inc.
Develops an integrated neurological diagnostics platform combining high-resolution eye-tracking and vestibular hardware, AI/ML analytics, cloud reporting, and standardized clinical protocols for detection and monitoring of neurological conditions (examples include Parkinson’s disease and traumatic brain injury). Operates multi-center validation programs, offers clinical implementation and training services, supports regulatory engagement, and provides remote monitoring workflows for longitudinal assessment.
Industries
Nr. of Employees
small (1-50)
Products
Portable clinical eye-tracking goggles
Portable binocular eye-tracking goggles for clinical oculomotor and vestibular testing featuring high sampling rates, torsional and pupil recording, and integrated motion sensors.
Rotary chair vestibular assessment system
Motorized rotary chair system for comprehensive vestibular testing and rehabilitation with programmable motion control and automated protocols.
vHIT goggles and vestibular sensors
Head-mounted goggles and sensors for rapid assessment of vestibulo-ocular reflexes and related vestibular metrics with integration to analytics platform.
Remote neurological monitoring device
Device and mobile integration for longitudinal tracking of neurological function and recovery metrics outside the clinic.
Unified neurodiagnostic software platform
Software platform that runs vestibular, oculomotor and cognitive protocols, provides real-time visualization, normative benchmarking, and automated report generation.
AI-driven diagnostic protocols for Parkinson's and brain injury assessment
Specialized AI-driven assessment protocols using eye-movement and neurofunctional metrics for early detection and monitoring of Parkinsonian syndromes and traumatic brain injury.
Portable clinical eye-tracking goggles
Portable binocular eye-tracking goggles for clinical oculomotor and vestibular testing featuring high sampling rates, torsional and pupil recording, and integrated motion sensors.
Rotary chair vestibular assessment system
Motorized rotary chair system for comprehensive vestibular testing and rehabilitation with programmable motion control and automated protocols.
vHIT goggles and vestibular sensors
Head-mounted goggles and sensors for rapid assessment of vestibulo-ocular reflexes and related vestibular metrics with integration to analytics platform.
Remote neurological monitoring device
Device and mobile integration for longitudinal tracking of neurological function and recovery metrics outside the clinic.
Unified neurodiagnostic software platform
Software platform that runs vestibular, oculomotor and cognitive protocols, provides real-time visualization, normative benchmarking, and automated report generation.
AI-driven diagnostic protocols for Parkinson's and brain injury assessment
Specialized AI-driven assessment protocols using eye-movement and neurofunctional metrics for early detection and monitoring of Parkinsonian syndromes and traumatic brain injury.
Services
On-site equipment setup, calibration, and workflow integration for diagnostic hardware and software.
On-site equipment setup, calibration, and workflow integration for diagnostic hardware and software.
Expertise Areas
- Neurological diagnostics
- Vestibular assessment and balance testing
- Eye-tracking and oculomotor analysis
- AI/ML for clinical diagnostics
Key Technologies
- High-speed eye-tracking
- Vestibular rotary chair systems
- Video head impulse testing (vHIT)
- Dynamic posturography
News & Updates
Research on oculomotor, vestibular, reaction time, and cognitive responses in 7–17 year-old children cited on company site validating technology in pediatric neurology.
Submission or application for Breakthrough Device status for an AI-driven Parkinson’s diagnostic protocol based on eye-movement biomarkers.
Company-reported portfolio of patents and peer-reviewed publications supporting diagnostic technologies and algorithms.
Ongoing multi-site Parkinson’s research study in collaboration with academic partners to collect real-world data and refine diagnostic algorithms.
Research on oculomotor, vestibular, reaction time, and cognitive responses in 7–17 year-old children cited on company site validating technology in pediatric neurology.
Submission or application for Breakthrough Device status for an AI-driven Parkinson’s diagnostic protocol based on eye-movement biomarkers.
Company-reported portfolio of patents and peer-reviewed publications supporting diagnostic technologies and algorithms.
Ongoing multi-site Parkinson’s research study in collaboration with academic partners to collect real-world data and refine diagnostic algorithms.