For
Performance
The NeuroCatch® Platform helps peak performers integrate brain health optimization with high-performance training. It offers a simple, objective, economical way to measure cognitive brain function using event-related brain potentials (ERPs).
Powered by our new Evoked Potential Input/Output (EPiO)™ technology, NeuroCatch® provides a novel Brain Response Variability™ measurement – a game changer in neuro-focused patient treatment and research.
Maintaining peak performance requires a disciplined focus on physical and mental optimization to achieve a competitive advantage. A full-spectrum approach includes physical training, practice, weight management, nutrition, hydration, and sleep.
Optimized brain health includes cognitive processing, agility and mental well-being. All are critical factors in peak performance, where the ability to react and respond as quickly and accurately as possible is key.
The NeuroCatch® Platform is designed to assess cognitive processing directly using real-time brain responses. It measures cognitive processing speed and agility using millisecond resolution, providing peak performers with the data necessary to gain critically valuable reaction time advantages and maintain them through ongoing monitoring. Our innovative EPiO™ Adapter provides 10-15x improvement in temporal precision for unparalleled sensitivity to changes in cognitive brain responses, enabling the highest possible quality results.[1]
Grounded in over 25 years of research and development in brain vital signs science, NeuroCatch® extracts the N100, P300 and N400 evoked brain responses (or event-related potentials, ERPs). As a “brain fingerprint” of cognition, ERPs are impervious to user bias that attempts to hide the effects of a head injury, for instance. Using ERPs, NeuroCatch® is sensitive in measuring cognitive brain changes following a suspected concussion, and it can be used by healthcare practitioners as a tool to help guide clinical care-related decisions.[2]
The objective measurements of cognitive brain functions help peak performers understand how to best optimize their brain performance as a result of their training program. It also helps ensure cognitive performance is consistently optimized in the event of recovery from fatigue, injuries, and related factors.[3]