The Touchless Heart Monitor is a groundbreaking, radar-based device that tracks heart rate, respiratory rate, and stress levels via Heart Rate Variability (HRV) and sleep patterns without needing wearables or staff interaction.
Traditional monitoring relies on wearables, which can be uncomfortable, inconvenient, and time-consuming, especially for elderly or high-risk patients. The Touchless Heart Monitor eliminates these barriers, delivering precise, non-invasive insights into cardiac and respiratory health. By mounting discreetly on a wall, it ensures continuous monitoring without disrupting daily life, making it ideal for:
Enhance patient care without staff intervention.
Monitor residents effortlessly, improve staff efficiency while generating RPM revenue.
Provide families and providers with peace of mind through real-time health updates.
Advanced Vital Monitoring
The Touchless Heart Monitor detects heart rate, respiratory rate, and motion with a maximum sensing range of up to 10 feet (approximately 3 meters), depending on individual factors and environmental conditions. For most users, the best performance is achieved within 5–7 feet. For larger spaces or multiple patients, additional monitors can be installed to ensure comprehensive coverage, making it adaptable to various room sizes in a facility.
Yes, you can install Touchless Heart Monitors in multiple rooms or patient areas and monitor them all from a centralized dashboard via the iOS or Android companion app. This feature is ideal for facilities managing multiple residents, allowing staff to oversee real-time data efficiently from a single interface.
Absolutely. Account administrators can grant guest access to specific individuals—such as clinicians, caregivers, or family members—ensuring that only authorized personnel can view the real-time data. This feature supports HIPAA-compliant data sharing and enhances security for facility.
No specialized equipment is required. The basic setup includes:
This simplicity ensures easy integration into any facility’s existing infrastructure.
No prescription is required. The Touchless Heart Monitor falls under the FDA’s general wellness category, making it accessible for personal health tracking and facility-based caregiving. It complies with standard consumer electronics regulations and is not classified as a medical device, meaning it’s ready to deploy without clinical oversight.
The device provides a reliable estimation of heart rate (30–150 BPM), respiratory rate (5–60 bpm), and Heart Rate Variability (HRV) in real-time. However, as with all radar-based technologies, accuracy may vary due to factors such as:
While highly advanced, this is not a medical device and is not intended for diagnosing or treating medical conditions. It’s designed for general wellness monitoring and caregiving support. For more details, consult our accuracy documentation.
Facilities can leverage the device for remote patient monitoring (RPM) services, which may be billable under Medicare CPT codes (e.g., 99453, 99454, 99457) when paired with our RPM support services. For individual use, check with your insurance provider to see if it qualifies for reimbursement through a flexible spending account (FSA), health savings account (HSA), or health reimbursement arrangement (HRA). Our team can assist with billing optimization for facility partners.
Each Touchless Heart Monitor is designed to track a single individual’s vital signs accurately. If multiple people are within the sensor’s range (6–10 feet), the data may not be reliable. However, in shared rooms, you can install separate monitors—such as one over each bed—for precise, individual monitoring. This setup is perfect for sleep studies or nighttime caregiving in multi-resident facilities.
Currently, the Touchless Heart Monitor focuses on delivering high-value, touchless insights into heart rate, respiratory rate, stress (HRV), and motion. This combination provides a robust picture of patient well-being. We’re continuously innovating—subscribe to our newsletter to stay updated on future enhancements, including potential new health metrics as our technology evolves.
