Discover innovations in contactless patient monitoring systems that are revolutionizing healthcare. These technologies use advanced sensors, radar, and artificial intelligence to continuously and non-invasively measure vital signs, detecting health decline earlier. They are ideal for reducing readmissions in hospitals and care facilities, offering a frictionless experience for both patients and providers. Explore how remote patient monitoring (RPM) and contact-free devices are improving outcomes and the management of acute and chronic conditions.
Tracks sleep without wearable devices
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This device integrates low-energy radar technology for a non-contact, bedside sleep detection system. It passively monitors sleep patterns by detecting sub-centimeter body movements without cameras or microphones, offering a discreet and accurate way to assess sleep quality.
Monitors breathing and heart rate without physical contact
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This system uses millimeter-wave radar technology to detect cardiac and respiratory micromovements without physical contact. Its ability to provide continuous and accurate monitoring makes it ideal for environments where intrusive sensors are undesirable.
Enables comfortable, predictive, and refined elder or patient care
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These advanced radars offer continuous monitoring of vital signs such as heart and respiratory rate, ensuring privacy by not generating images. Their ability to detect sleep patterns and anomalous movements, along with fall detection, makes them an essential tool for patient safety.
Enables continuous, contactless patient monitoring
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This FMCW radar technology detects vital markers such as heart rate and respiratory rate using low-frequency radio waves. Its ability to operate in noisy environments and reduce the need for invasive equipment makes it highly relevant for rapid and accurate diagnoses.
AI-driven contactless vital sign measurement
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This next-generation solution uses remote photoplethysmography (rPPG) to measure vital signs simply by looking at a standard camera. It represents a significant advance by enabling accessible and scalable monitoring anywhere with a camera-equipped device.
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Lowers risk of cross contamination
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This device allows for a precise and reliable remote measurement of blood oxygen levels by acquiring a video of the patient's face without direct contact. It is a crucial advancement for situations where physical contact is not possible or advisable, such as in neonates or patients with cognitive impairment.
Continuously monitors cardiac and respiratory metrics
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SensVita develops a sensor platform that tracks cardiac and pulmonary function without wires or skin contact, using near-field radiofrequency. Its non-invasive and passive approach has great potential for early detection of deterioration in hard-to-reach patients.