Organic Robotics develops Light Lace™, a soft, stretchable sensor system utilizing fiber-optic technology to measure muscle fatigue, respiration, and motion in real time. These durable, washable sensors integrate easily into athletic apparel to provide biomechanical analysis without electronic constraints. The system helps athletes monitor performance and mitigate injury risk during intense physical activity.
Funding
Funding not disclosed
Founders
Product
Problem
Athletes lack real-time, accurate data on muscle fatigue and biomechanics during training and competition, making it difficult to optimize performance and prevent injuries. Existing biomechanical analysis tools are often expensive, lab-based, and impractical for continuous monitoring in real-world conditions.
Solution
llume (formerly Organic Robotics) provides Light Lace™, a fiber-optic sensor technology that measures muscle activity, respiration, and motion in real-time. These soft, stretchable sensors can be integrated into athletic apparel and footwear, providing continuous biomechanical data without restricting movement. By using photonics instead of electronics, Light Lace™ sensors offer durability, washability, and comfort, enabling athletes and trainers to monitor performance metrics on the field. The sensors are designed for easy calibration and can withstand high-speed motions and intense exercise, providing biomechanical analysis in any location or temperature.
Target Audience
The primary target audience includes athletes, trainers, and sports teams seeking to optimize performance and prevent injuries through real-time biomechanical data.
Features
- Fiber-optic sensors for measuring muscle fatigue, respiration, and motion
- Soft and stretchable design for integration into garments and footwear
- Real-time biomechanical analysis without constraints on location or temperature
- Durable and washable materials suitable for high-intensity activities
- Easy to use and calibrate for continuous monitoring
- Compatibility with high-speed motions and intense exercise