We quantify muscle performance and predict time-to-recovery
Enabling smarter performance, recovery, and return-to-play decisions through objective muscle insights.
The Cost of Hamstring Injuries in Professional Sports
24%
~8
Of all professional football injuries are hamstring-related [1]
Average hamstring injuries sustained per club per season
High-performance staff currently rely entirely on indirect metrics—such as GPS tracking, force plates, dynamometry, and subjective athlete readiness surveys. While valuable, these methods fail to directly quantify muscle-specific recovery progression or true active neuromuscular function.
The BioSensr™ Platform
Hardware Unit: A flexible, skin-stable surface electromyography (sEMG) sensor engineered for robust, motion-resistant muscle measurement directly in true field environments.
Software Dashboard: A real-time signal processing engine providing normalised muscle performance metrics, automated fatigue detection, and predictive recovery tracking.
A Category Without Direct Competition
| Capability | GPS / Athlete Tracking | Force / Dynamometry | Research EMG | BioSensr™ |
|---|---|---|---|---|
| Field deployable | Yes | Partial | No | Yes |
| Muscle-specific measurement | No | No | Yes | Yes |
| Fatigue/injury classification | No | No | Partial | Yes |
| Time-to-recovery estimation | No | No | No | Yes |
| Scalable B2B SaaS | Yes | No | No | Yes |
| Research-grade accuracy | No | Yes | Yes | Yes |
Case Study: Uncovering the Hidden Recovery Gap
ON-FIELD DATA DEPLOYMENT
During real-world professional athletic monitoring, conventional strength metrics and subjective readiness scales often signal an early, superficial recovery.
Early recovery (~85%) can be rapid, but true neuromuscular restoration (~90%) is delayed and completely missed by conventional legacy monitoring systems.
Without the objective data layer provided by BioSensr, performance and medical staff are left blind to hidden deficits—unknowingly clearing elite players for full competitive exposure while still operating inside high-risk re-injury windows.
Validated by Elite Sports Organisations
Built on a foundation of clinical rigor and elite performance execution, our underlying data architecture is actively validated through a longitudinal research study in partnership with The University of Sydney, while undergoing real-world validation through on-field pilot program deployment with the Manly Warringah Sea Eagles.
Partner with the Future of Human Performance
IP Protected
Patent granted and active across 7 global jurisdictions (including USA, Canada, EU, UK, AU).
Scalable SaaS Architecture
Combining lightweight hardware with a high-margin, recurring software subscription revenue model.
Massive Addressable TAM
Targeting over 20,000 professional and semi-professional elite sports teams worldwide.