Key Benefits:
- Early issue identification
- Predictive condition-change alerts
- Contactless monitoring
- Clinically validated approach benchmarked against PSG
- Real-world deployment experience in Taiwan, particularly elderly care
- Data-driven analytics supported by millions of hours of biomarker data
- Scalable use across home care, elderly care and hospitals
nFOPT™ SENSOR
Non-invasive Fiber Optic Physiological monitoring Technology
• nFOPT stands for “non-invasive Fiber Optic Physiological monitoring Technology.”
• The contactless, ultrasensitive fiber-optic sensor captures micro-movements, respiration and subtle biomarker signals.
• Designed without wearables, electrodes or wires and without electromagnetic interference.
• For chronic home care, the sensor can be placed under a mattress or cushion without technical setup.
DIGITAL BIOMARKER DATABASE
TDBC describes a global-scale biomarker repository containing millions of hours of validated sleep and health data. The database supports issue identification and predictive alerts.
AI ANALYTIC ALGORITHM
TDBC’s proprietary AI engine transforms complex biomarker data into predictive condition-change alerts, helping clinicians and carers respond before problems escalate.
KEY APPLICATIONS
- Sleep Apnea & Sleep Disorders: contactless sleep monitoring with insights benchmarked against polysomnography (PSG).
- Elderly Care Homes: continuous monitoring and predictive alerts supporting earlier response.
- Hospital Monitoring: clinical-grade monitoring designed to support earlier intervention and reduce routine monitoring workload.
- Chronic Condition Management at Home: continuous monitoring for cardiovascular, respiratory and other chronic conditions.
- Beyond Healthcare: applications in safety-critical professions where fatigue and health deterioration can affect performance.
No. The nFOPT™ sensor is described as contactless and designed without wearables, electrodes or wires.
Non-invasive Fiber Optic Physiological monitoring Technology.
Sleep medicine, elderly care, hospital monitoring, chronic condition management at home and other safety-critical
applications.
TDBC states that accuracy is benchmarked against polysomnography (PSG) for sleep-related monitoring.
