FMCC
FMCC is dedicated to the assessment and management of fatigue and mental health through innovative systems, research, and collaborations. They develop and provide objective evaluation methods for autonomic nervous system functions, fatigue, and stress, utilizing patented technologies and partnerships with various organizations. Their mission is to promote health, prevent disease, and support mental well-being through scientific and objective health assessments. They have developed rapid assessment algorithms, including a 10-second brain fatigue evaluation app, 'Hiromiru,' and utilize novel evaluation algorithms such as Lorenz plot methods for short-duration autonomic nervous system assessment. Their technologies are applied in various fields including occupational health, transportation safety, and corporate health management.
Industries
Nr. of Employees
small (1-50)
Products
Portable autonomic measurement system (sensor + analysis software)
Integrated device combining a high-sampling pulse/ECG sensor (reported sampling ~600 Hz) with autonomic analysis software to compute fatigue and stress indices and display results on companion apps or via QR-code.
Mobile camera-based autonomic assessment app (rapid and standard modes)
A mobile application that acquires fingertip PPG via smartphone camera for rapid (≈10s) and standard (≈60s) autonomic assessments, computes fatigue and stress scores, provides visualizations, historical comparisons and suggested coping strategies.
Measurement-result visualization and interpretation platform
Analytics platform that ingests autonomic measurement outputs from multiple devices, provides standardized interpretation, age-adjusted population comparisons, time-series analysis and recommended coping strategies; supports QR-code and device-agnostic imports.
Portable autonomic measurement system (sensor + analysis software)
Integrated device combining a high-sampling pulse/ECG sensor (reported sampling ~600 Hz) with autonomic analysis software to compute fatigue and stress indices and display results on companion apps or via QR-code.
Mobile camera-based autonomic assessment app (rapid and standard modes)
A mobile application that acquires fingertip PPG via smartphone camera for rapid (≈10s) and standard (≈60s) autonomic assessments, computes fatigue and stress scores, provides visualizations, historical comparisons and suggested coping strategies.
Measurement-result visualization and interpretation platform
Analytics platform that ingests autonomic measurement outputs from multiple devices, provides standardized interpretation, age-adjusted population comparisons, time-series analysis and recommended coping strategies; supports QR-code and device-agnostic imports.
Services
Onsite or remote acquisition, signal processing and interpretation of autonomic function assessments for research, clinical screening and occupational programs.
Short-term rental, sale or lease of integrated autonomic-measurement hardware and operational support for data acquisition in research and workplace settings.
Collaborative study design, data collection and statistical analysis linking autonomic metrics to performance, sleep and incident risk, with support for publications and deployment decisions.
Integration of autonomic analytics with vehicle telemetry, behavioral datasets and dashboards to provide real-time risk alerts and fleet-safety decision support.
Paid telephone consultation service to review autonomic evaluation results and advise on next steps including referral to psychological, pharmacy or medical collaborators.
Onsite or remote acquisition, signal processing and interpretation of autonomic function assessments for research, clinical screening and occupational programs.
Short-term rental, sale or lease of integrated autonomic-measurement hardware and operational support for data acquisition in research and workplace settings.
Collaborative study design, data collection and statistical analysis linking autonomic metrics to performance, sleep and incident risk, with support for publications and deployment decisions.
Integration of autonomic analytics with vehicle telemetry, behavioral datasets and dashboards to provide real-time risk alerts and fleet-safety decision support.
Paid telephone consultation service to review autonomic evaluation results and advise on next steps including referral to psychological, pharmacy or medical collaborators.
Expertise Areas
- Autonomic nervous system assessment and interpretation
- Mobile and wearable physiological monitoring
- Physiological signal processing and HRV algorithm development
- Short-duration HRV methods and validation
Key Technologies
- Smartphone camera photoplethysmography (PPG)
- Heart rate variability (time- and frequency-domain) analysis
- Lorenz (Poincaré) plot–based short-duration HRV estimation
- Wearable pulse-wave sensors
News & Updates
Partnership with Logistics Company to prevent accidents through autonomic nervous system evaluation.
測定結果の見える化をサポート：「ヒロミル」アプリがVM600に対応
The Hiromiru app now supports VM600 for detailed measurement results visualization.
令和6年度 運輸安全マネジメント優良事業者等表彰での受賞
Received the 2024 Transport Safety Management Award for safety initiatives.
日経ビジネス主催の「Safety Driving Award 2024」運送事業部門での受賞
Won the Gold Award in the transportation division for safety management solutions.
特許申請が承認されました
Two new patents related to autonomic nervous system evaluation have been approved.
論文がPhysiology & Behaviorに採択されました
A study on the relationship between autonomic nervous function and brain functions.
Partnership with Logistics Company to prevent accidents through autonomic nervous system evaluation.
測定結果の見える化をサポート：「ヒロミル」アプリがVM600に対応
The Hiromiru app now supports VM600 for detailed measurement results visualization.
令和6年度 運輸安全マネジメント優良事業者等表彰での受賞
Received the 2024 Transport Safety Management Award for safety initiatives.
日経ビジネス主催の「Safety Driving Award 2024」運送事業部門での受賞
Won the Gold Award in the transportation division for safety management solutions.
特許申請が承認されました
Two new patents related to autonomic nervous system evaluation have been approved.
論文がPhysiology & Behaviorに採択されました
A study on the relationship between autonomic nervous function and brain functions.