Eforto offers a validated system for assessing muscle strength and fatigability using an ergonomic vigorimeter and a mobile app. It provides precise, actionable insights into muscle health through key biomarkers, enabling efficient self-administered tests for remote monitoring and tracking of vitality capacity.
Funding
Funding not disclosed
Founders
Product
Problem
Assessing muscle strength and fatigability for vitality capacity requires specialized equipment and can be time-consuming, limiting its widespread application in monitoring health and aging. Traditional methods often lack the precision and ease of use needed for frequent, self-administered assessments, hindering early detection of functional decline.
Solution
Eforto provides a validated system for monitoring muscle strength and fatigability, offering key biomarkers for vitality capacity. The platform utilizes an ergonomic vigorimeter and a guided mobile application to enable quick, self-administered tests. This approach delivers precise, actionable insights into muscle health, facilitating remote monitoring and tracking of changes over time. The system is designed to be user-friendly, allowing individuals and professionals to assess muscle vitality efficiently.
Target Audience
The primary users are fitness and wellness professionals, clinicians, and researchers focused on geriatric health, rehabilitation, and longevity.
Features
- Ergonomic vigorimeter designed for superior grip comfort and reliability across various hand sizes.
- Integrated medical-grade pressure sensor with auto-calibration for high-accuracy grip strength measurements.
- Mobile application providing validated protocols for assessing muscle strength and fatigability in under five minutes.
- Biomarker generation including maximal grip strength, grip work (fatigue resistance), and a Capacity to Perceived Vitality (CPV) ratio.
- Remote monitoring capabilities through the Eforto App, enabling longitudinal tracking of muscle health metrics.
- Automated data analysis and reporting with traffic light coding for intuitive interpretation of results.
- Secure and interoperable data processing with an API for seamless integration into existing health platforms.
- Scientific validation supporting the system's accuracy and its utility in identifying early signs of frailty and functional decline.