Monitoring, prevention and treatment of work injuries
Our solution targets the direct and indirect healthcare cost of injuries and musculoskeletal disorders (MSDs) and lowers their incidence with real-time monitoring of overload and fatigue, movement at risk & risk of falling and with a dynamic digital rehabilitation treatment at home.
A solution designed for
Industrial Companies
The FeetMe solution (HIPAA and GDPR compliant) for work injuries allows for the remote compilation of carried weight and fatigue measurements of employees, a consultation with a qualified HcP and a dynamic digital rehabilitation program.
How it works
Employees wear the insoles continuously at work
and at home.
Employees participate in a remote consultation with a qualified HcP and receive a digital & objective clinical evaluation.
Employees follow a unique & continuous monitoring that shapes and personalizes each program and access a biometric health passport updated in real-time.
Cutting edge medical
follow-up with online dashboard throughout the physical treatment.
How it works
Employees wear the insoles continuously at work
and at home.
Employees participate in a remote consultation with a qualified HcP and receive a digital & objective clinical evaluation.
Employees follow a unique & continuous monitoring that shapes and personalizes each program and access a biometric health passport updated in real-time.
Cutting edge medical
follow-up with online dashboard throughout the physical treatment.
A Connected insole that measures
Carried load
Walking parameters
Physical activity
Fatigue detection
Ground reaction Force (GRF)
In biomechanics, the ground reaction force (GRF) is the force exerted by the ground
on a body in contact with it.
An APP that has
Continuous monitoring with real-time alerts
Daily reports and recommendations
Personalized digital rehabilitation
Teleconsultation services with Healthcare Practitioners
An online platform
that provides
Global view of the status of each employee
Real-time supervisor alert
Recommendation for the layout of workstations
Report for healthcare practitioners
Overload, heavy physical work and fatigue monitoring
Overload and heavy physical work (excessive repetition, awkward posture, heavy lifting) commonly associated with physical labor are biomechanical risk factors causing a work-related MSD. Monitoring workload level will help to reduce the risk of developing a work-related MSD. Fatigue has been associated with experiencing difficulties with physical and cognitive functions, resulting in a/an:
– Decrease of motivation, vigilance, work capability and performance – Increase in frequency and severity of accidents and injuries – Potential risk factor for slip-induced falls
Benefits
For EMPLOYERS
Receive a continuous and objective digital clinical evaluation of your employees
Allow your employees access to validated and gamified rehabilitation exercises
Access to state-of-the-art medical monitoring
Receive a simple online dashboard
Reduce the costs associated with accidents at work
Increase the productivity of your employees at work
For patients
Personalized program that adapts without stopping
Continuous follow-up adapted to your needs
Access to an interactive community to talk with your peers
Receive a monthly payment service plan
Receive a configuration assistance tool
$54Bn
Direct costs of Musculoskeletal disorders (MSD) in the U.S
OSHA, Occupational Safety and Health Administration, available on osha.gov
1st
Medical claim spent is Musculoskeletal disorders (MSD)
Hinge, Business Group On Health, Large Employer’s Health Care Strategy and Plan Design Survey 2020
$19.9B
Workplace safety market in 2025
Markets and Markets, Workplace Safety Market worth $19.9 billion
“By following the rules and with good trainings, you can almost get rid of all accident and sick leave for a musculoskeletal disorder.”
Samantha
Senior Manager of a multinational company
“What we lack today is a solution integrated into daily life...”
Charles
Senior Manager of Cloud SAS company
"The FeetMe solution would allow better compliance and adhesion of employees with this integrated sensor."