Enterprise-Grade Non-Contact Sleep Monitoring System Powered by Optical-Fiber Sensing
Our Sleep Management Solution delivers a highly accurate, fully automated, and truly non-contact sleep monitoring system designed for long-term, high-compliance use across healthcare, elderly care, insurance, and digital health platforms. At its core is our advanced sleep sensor pad, a next-generation sleep tracking pad built with medical-grade optical-fiber sensing technology that captures data through mattresses up to 40 cm thick.
This frictionless and reliable sleep management solution enables organizations to collect continuous sleep data, generate AI-driven insights, and manage users at scale—with no wearable devices, no user burden, and no daily operations required.
Complexity of Traditional Sleep Monitoring Methods, Low User Compliance
Most existing sleep monitoring devices require wearing or attaching electrodes, which can be uncomfortable and disruptive to users. This makes long-term continuous monitoring difficult and reduces user compliance.
Delayed Response After Falls, Delaying Rescue Efforts
Nighttime accidents such as unintentional leaving the bed, falls, or sleep-related breathing abnormalities are hard to detect promptly. This leads to delays in caregiver intervention, which can be critical in providing timely assistance.
Lack of Remote Monitoring Capabilities, Delayed Response from Medical and Care Institutions
Traditional devices often rely on Wi-Fi or Bluetooth for data transmission, limiting their coverage and making it challenging to implement remote monitoring. This restriction prevents real-time, multi-point data sharing and timely intervention from healthcare and caregiving institutions.
Multi-Sensor Fusion Monitoring Technology
Enhanced Adaptability to Various Angles
When the bed is tilted or shifted, the signal from the body to the sensor weakens. By combining multiple sensors, we compensate for signal loss, ensuring that accurate and true physiological data is captured, even during such movements.
Better Posture Adaptability
Different sleeping positions result in varying degrees of signal attenuation. By using multiple sensors and applying advanced algorithms, the system can reconstruct data that closely aligns with the user’s actual physiological signals, regardless of posture.
Improved Weight Adaptability
Given the differences in body weight, multi-sensor technology intelligently adjusts the sensitivity of each sensor to optimize its performance. This enables the system to accommodate a broader range of body weights and still provide accurate data.
Higher Physiological Data Restoration
The multi-sensor approach allows for better restoration of physiological data. When a single sensor’s accuracy is compromised, the system intelligently compensates by using data from other sensors, ensuring the output remains aligned with the actual physiological signal, providing a more reliable and consistent output.
Key Advantages of the Sleep Monitoring System
√ Seamless Monitoring, Precise Tracking
√ Non-contact Smart Sleep Mat for Effortless Monitoring
√ Real-time Bed Occupancy/Exit Monitoring with Active Alerts
√ 24/7 4G Remote Data Transmission, Free from Wi-Fi Limitations
√ Smart Data Analysis, Providing Personalized Sleep Reports
Non-Contact Sleep Tracking. Zero User Burden
Our under-mattress sleep sensor pad enables effortless sleep tracking without requiring any wearable devices or user actions. This ensures exceptionally high compliance—ideal for seniors, long-term care, chronic-disease monitoring, and institutional deployment.
Real-Time In-Bed/Out-Of-Bed Monitoring
The sleep tracking pad detects bed presence with immediate responsiveness—critical for senior care, fall-risk prevention, dementia care, and nighttime safety management.
Optical-Fiber Sensing for High Precision
The optical-fiber architecture captures micro-vibration signals with exceptional stability, supporting accurate sleep stage detection, respiratory trends, micro-movement analysis, and in-bed/out-of-bed status. This allows the sleep monitoring system to perform reliably across different mattress types and environments.
Voice Interaction, Bedtime Reminders & SOS Support
Built-in voice assistance enables natural interaction, bedtime routines, health reminders, and emergency SOS functions—creating a complete and integrated sleep management solution.
Comprehensive Sleep Data & Sleep Staging
The system automatically identifies:
Deep sleep、Light sleep、REM、Sleep duration & efficiency、Nighttime awakenings、Sleep disturbances、Room temperature & humidity
These data points feed directly into our AI sleep analysis engine, providing meaningful insights for care teams and health platforms.
Adaptive Sleep Music for Enhanced Rest
Smart audio guidance plays relaxation sounds based on real-time sleep state, improving user comfort and overall sleep experience.
AI Sleep Analysis & Daily Intelligence Reports
Each night, AI models perform advanced sleep data analysis, generating:
Daily AI Sleep Summary、Long-term trends、Behavior insights、Risk indicators、Sleep quality scoring
These insights enhance remote care, chronic disease management, wellness coaching, and population health programs.
Advantages
True Non-contact Monitoring for Comfort and Convenience
Non-invasive, Comfortable Experience
No need for users to wear anything. The device does not interfere with normal sleep habits, ensuring a more comfortable and natural sleep experience.
Smart AI Analysis for Professional Sleep Health Reports
Utilizing AI technology, the device automatically generates detailed reports including sleep scores, breathing patterns, and body movement frequency, providing users with actionable health improvement suggestions.
Real-time Bed Exit Detection to Prevent Falls and Nighttime Accidents
Designed for elderly individuals, post-surgery recovery patients, and others, this device monitors abnormal movements such as getting out of bed or prolonged bed exits, triggering alarms to enhance nighttime safety.
Applicable in Multiple Scenarios: Home, Elderly Care Institutions, Hospitals, etc.
Ideal for personal sleep management, elderly care, chronic disease rehabilitation, and medical institutions, helping upgrade smart health management.
Remote Monitoring + 4G Data Transmission, Breaking Space Limitations
Data is uploaded in real-time via 4G, allowing family members and caregivers to monitor health status anytime and anywhere, ensuring peace of mind.
Open API Interface for Integration with Health Platforms
The device can seamlessly integrate with existing hospital, nursing home, and health management systems, providing comprehensive health data support and enabling personalized health management.
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Cherry
Glen