myflow offers a VR platform using eye-tracking and pupil-based neurofeedback to objectively measure and train athletes' mental performance. It quantifies arousal levels in real-time, providing feedback to improve focus, resilience, and decision-making under pressure.
Funding
Funding not disclosed
Founders
Product
Problem
Athletes often struggle with maintaining focus, concentration, and effective decision-making under pressure, which can significantly hinder their performance and overall success in high-stakes competitions. Traditional mental training methods can be subjective and lack quantifiable metrics for progress tracking.
Solution
myflow provides a virtual reality (VR) platform that integrates cutting-edge eye-tracking technology and pupil-based neurofeedback to offer objective measurement and training of mental performance. The system quantifies an athlete's arousal levels in real-time, providing direct feedback to help them learn to regulate their mental state. This allows for standardized training protocols, enabling athletes and coaches to track progress, compare performance across sessions, and identify effective mental strategies. The platform aims to improve focus, resilience, and decision-making, ultimately enhancing athletic performance and well-being.
Target Audience
The primary target audience includes professional athletes, sports clubs, associations, and performance centers seeking to enhance athletes' mental resilience and performance.
Features
- Patented pupil-based neurofeedback technology for real-time measurement of arousal levels.
- Virtual Reality (VR) integration for immersive mental training scenarios.
- Eye-tracking sensors to monitor pupil dilation and constriction as indicators of arousal.
- Standardized training protocols for quantifiable progress tracking and performance evaluation.
- Data analytics platform to visualize training progress and identify effective mental strategies.
- Mobile application for scheduling training sessions and receiving reminders.
- Research-backed methodology derived from studies at ETH Zurich and the Swiss Federal Institute of Sports.