King-Devick technologies
Developer of evidence-based digital assessment and training tools that measure oculomotor function, balance and visual contrast sensitivity for concussion screening, neurological monitoring and reading interventions. Provides mobile, tablet and web platforms for lay administrators and clinicians and maintains a curated research library documenting peer-reviewed validation studies and academic collaborations.
Industries
Nr. of Employees
small (1-50)
King-Devick technologies
Products
Digital assessment suite for oculomotor, balance and contrast testing
A collection of mobile, tablet and web-based tools to administer timed oculomotor tests, sensor-based balance assessments and contrast sensitivity measures, with baseline storage and clinician monitoring capabilities.
Digital assessment suite for oculomotor, balance and contrast testing
A collection of mobile, tablet and web-based tools to administer timed oculomotor tests, sensor-based balance assessments and contrast sensitivity measures, with baseline storage and clinician monitoring capabilities.
Services
Provision of mobile and tablet-based rapid number-naming assessments and training resources for trained lay administrators and athletic staff to support immediate sideline screening and removal-from-play decisions.
In-office and at-home workflows with clinician web access for monitoring oculomotor function, balance and contrast sensitivity during recovery or disease management.
Structured training programs delivered in home, school and clinical settings to improve reading fluency via eye-movement exercises and practice.
Provision of mobile and tablet-based rapid number-naming assessments and training resources for trained lay administrators and athletic staff to support immediate sideline screening and removal-from-play decisions.
In-office and at-home workflows with clinician web access for monitoring oculomotor function, balance and contrast sensitivity during recovery or disease management.
Structured training programs delivered in home, school and clinical settings to improve reading fluency via eye-movement exercises and practice.
Expertise Areas
- Sideline concussion screening and return-to-play protocols
- Oculomotor assessment and quantitative saccade analysis
- Digital health platforms and multi-device deployment
- Inertial sensor-based postural sway measurement
Key Technologies
- Rapid number-naming assessment
- Mobile and tablet native applications
- Web-based clinician portals and dashboards
- Inertial sensor algorithms for postural sway
News & Updates
Position statement reviewing evidence on sport-related concussion; includes discussion of rapid oculomotor testing as an emerging sideline evaluation tool and summarizes sensitivity/specificity and reliability findings across studies.
Research demonstrating that wearable fNIRS during rapid number-naming tasks reveals distinct cortical oxygenation patterns in concussed subjects compared with controls, supporting multimodal assessment research.
Large cohort analysis showing high correlation between consecutive trials, a modest learning effect on the second trial, and a calculated reliable change index to identify meaningful individual change.
Study showing high agreement between remote and face-to-face providers for standardized concussion assessments, with near-identical timing results and concordant remove-from-play decisions.
Systematic review and meta-analysis reporting pooled baseline times and pooled sensitivity (~86%) and specificity (~90%) for rapid number-naming performance to detect concussion across multiple studies.
Prospective study in boxers and mixed martial arts fighters showing significantly worse post-event rapid number-naming times for participants with head trauma, high test-retest reliability (ICC=0.97) and correlation with comprehensive concussion evaluations.
Position statement reviewing evidence on sport-related concussion; includes discussion of rapid oculomotor testing as an emerging sideline evaluation tool and summarizes sensitivity/specificity and reliability findings across studies.
Research demonstrating that wearable fNIRS during rapid number-naming tasks reveals distinct cortical oxygenation patterns in concussed subjects compared with controls, supporting multimodal assessment research.
Large cohort analysis showing high correlation between consecutive trials, a modest learning effect on the second trial, and a calculated reliable change index to identify meaningful individual change.
Study showing high agreement between remote and face-to-face providers for standardized concussion assessments, with near-identical timing results and concordant remove-from-play decisions.
Systematic review and meta-analysis reporting pooled baseline times and pooled sensitivity (~86%) and specificity (~90%) for rapid number-naming performance to detect concussion across multiple studies.
Prospective study in boxers and mixed martial arts fighters showing significantly worse post-event rapid number-naming times for participants with head trauma, high test-retest reliability (ICC=0.97) and correlation with comprehensive concussion evaluations.