Pulse Monitoring
Detection of micro-deformations of the human body for real-time health monitoring of vital signs, offering potential for remote medical monitoring and connected healthcare.
Concept
Nanomade health sensors are engineered to precisely detect micro-deformations of the human body. By meticulously measuring these subtle variations, our sensors provide data for the real-time health monitoring of essential physiological parameters, including heart rate, respiratory rate, and posture, among others.
Integrated seamlessly beneath layers of memory foam, our non-intrusive technology boasts an impressive depth of up to 10 centimeters, ensuring accuracy in remote medical monitoring applications.
Leveraging advanced signal processing algorithms and machine learning techniques, our health sensors deliver actionable insights that drive informed healthcare decisions, ultimately enhancing patient outcomes and advancing the forefront of connected non-intrusive healthcare solutions.
Non-Intrusive monitoring
Our Pulse Monitoring application represents a breakthrough in non-intrusive health monitoring. Utilizing advanced ballistocardiography (BCG) techniques, this solution measures micro-movements in the body caused by blood flow with exceptional accuracy.
BCG captures the subtle physical responses generated by each heartbeat, offering deep insights into cardiovascular health. Unlike traditional pulse measurement devices, this innovative solution does not require direct contact with the skin. This feature makes it an ideal choice for continuous monitoring in environments where comfort, convenience, and non-intrusiveness are essential.
Heart-rate & variability
Respiratory-rate & variability
Actigraphy & Posturography
Versatility and Seamless Integration
The Pulse Monitoring application’s versatility is one of its standout features. It integrates seamlessly into various environments, such as smart beds, office chairs, or automotive seating. This flexibility allows users to access continuous health monitoring without disrupting their daily routines.
For instance, a smart bed equipped with this technology can track heart rate variability and stress levels overnight, delivering valuable health insights while ensuring an undisturbed sleep experience. Similarly, automotive seating applications can monitor drivers’ stress levels and provide alerts if signs of fatigue are detected, enhancing safety and well-being on the road.
In healthcare, the application extends to remote monitoring for elderly care, enabling family members and medical professionals to track cardiovascular health metrics remotely. These integrations open up new possibilities for comfort-focused, data-driven health management across industries.
Showreal Pulse Monitoring
Well being and stress management
Beyond medical applications, the Pulse Monitoring solution is paving the way for advancements in stress management and well-being. By monitoring stress levels, this technology provides actionable recommendations for relaxation, fostering mental health alongside physical health.
Imagine using this technology in massage beds, plane seats, or other premium services to offer tailored, real-time customer experiences. With its combination of non-intrusive monitoring and high sensitivity, this application enables businesses to provide unique wellness solutions while delivering user-friendly health insights.
Assess a variety of health features, including:
Drowsiness & sleep
Heart dissorders
Sleep condition
Healthcare and beyond
Nanomade’s Pulse Monitoring technology has immense potential in telemedicine, remote patient monitoring, and well-being applications. By enabling healthcare providers to monitor vital signs in real-time, it facilitates proactive management of chronic conditions, early detection of health issues, and timely interventions.
Whether it’s enhancing comfort in daily life, improving healthcare outcomes, or redefining how users engage with wellness technologies, the Pulse Monitoring application opens new horizons for accessible and intuitive health insights. With Nanomade, the future of connected, non-intrusive health monitoring is already here.
