Biomedical Performance Technologies (BPT) provides a data-driven platform that integrates driver biometric and cognitive performance data with vehicle telemetry. Their Race Insite platform quantifies driver endurance, reaction times, and stress management to optimize race strategy and enhance human-machine synergy.
Funding
$13K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Motorsport performance is critically dependent on driver capability, yet traditional methods for assessing and optimizing human factors are often subjective or lack granular data. This gap hinders teams from fully understanding and enhancing driver endurance, reaction times, and stress management, ultimately limiting their competitive potential.
Solution
Biomedical Performance Technologies (BPT) offers a data-driven platform that integrates biomedical engineering and physiological science into motorsport. Their flagship product, Race Insite, combines vehicle telemetry with advanced biometric tracking and cognitive performance analysis to provide actionable insights. This allows teams to optimize driver endurance, reaction times, and stress management, leading to improved race strategy and enhanced human-machine synergy. By quantifying driver performance, BPT enables teams to make evidence-based decisions that refine both mechanical setup and human capability for a competitive advantage.
Target Audience
The primary customers are motorsport teams, including race engineers, performance coaches, and team principals, seeking to enhance driver performance and gain a competitive edge through advanced data analytics.
Features
- **Race Insite Platform**: Integrates race timing, vehicle telemetry, and driver biometric data for holistic performance analysis.
- **Driver Avatar**: Creates a predictive digital twin of the driver by integrating physiological, cognitive, and telemetry data for real-time performance modeling.
- **Biolan Biometric Monitoring**: Utilizes wearable sensors for real-time tracking of heart rate, oxygen levels, hydration, and stress indicators.
- **Fatigue & Endurance Analysis**: Detects performance degradation due to fatigue to mitigate errors and optimize endurance.
- **Cognitive Performance Assessment**: Measures reaction times, focus, and decision-making under pressure.
- **Machine Learning Integration**: Employs ML models for performance trend prediction and personalized training strategy recommendations.
- **Vehicle Synchronisation**: Aligns driver biometric data with vehicle telemetry to optimize human-machine synergy.
- **Data-Driven Strategy Optimization**: Provides clear, evidence-based directions for engineers and drivers to refine team strategy.