Performance Optimization

ReFlex® is designed to deliver immersive visual interaction experiences that support performance engagement.  ReFlex’s® 20+ (with more to come) provide a complete and fully immersive experience that target specific functional domains.  With 5 difficulty levels, as well as objective feedback, these exercises can be tailored to meet the requirements of the users.

Key areas ReFlex’s® brain training exercises include :

– Smooth Pursuit
– Periphery

– Vestibular Ocular Reflexes

– Saccades and Anti-Saccades

– Convergence

– Nystagmus (optokinetic & gaze-evoked)

Rehabilitation and Virtual Reality Peer Reviewed Papers

NeuroFlex’s® revolutionary technology uses virtual reality to objectively assess oculomotor & vestibular performance.

Vision, balance & decision-making underpin elite performance. NeuroFlex quantifies how these systems function & delivers structured training to drive measurable improvement.

Focus – Evaluate & refine eye movement precision for clean fixation with minimal error. Enhanced oculomotor control = improved motor execution.

Speed & Accuracy – Measure & enhance how the visual system detects & processes stimuli. Faster processing = quicker reactions + competitive advantage.

Concentration – Train your ability to maintain stable gaze & visual control - without drift or breakdown. *Sustained visual control under fatigue & stress separates elite performers.

SCIENCE

• Exploration of the vestibular system & its role in balance & spatial awareness
• Study of the neck’s role in proprioception & neurological signaling
• Examination of the nervous system & how neural pathways adapt

TECHNOLOGY

• Application of Virtual Reality platforms in brain training & rehabilitation
• Use of specialized software to measure cognitive, vestibular, & neurological function
• Understanding how digital tools collect, interpret & visualize neurological data

ENGINEERING

• Exploration of how biomedical engineers design & build neurological assessment hardware
• Understanding human-centered design in wearable technologies
• Insight into the integration of hardware & software systems in health technology solutions

Mathematics

• Understanding algorithms used in neurological data analysis
• Application of statistical concepts such as means & standard deviations
• Interpreting data sets to measure baseline performance & track improvement over time
• Analysing variability and trends in cognitive and physiological metrics