Rtm Vital Signs, LLC
RTM Vital Signs LLC is a medical device company focused on transforming healthcare from reactive to proactive, preventive, and person-centered through real-time, continuous monitoring and analyzing critical health information. They develop devices for cardiovascular and respiratory health, employing proprietary cost-effective monitoring technology to track and assess health status in real-time, supporting better outcomes and lower costs in hospital, ambulatory, fitness, industrial, and military settings.
Industries
Nr. of Employees
small (1-50)
Rtm Vital Signs, LLC
439 Dreshertown Road, Fort Washington, PA 19034
Patents
Products
RTMsense Respiratory Monitoring System
A wearable respiratory monitoring system designed for continuous detection of respiratory metrics and deterioration risk using sensor data and analytic algorithms.
RTMpulse Cardiac Monitoring System
An ambulatory cardiac monitoring system intended for continuous capture of cardiac vital signs in clinical and non-clinical settings.
RTMsense Respiratory Monitoring System
A wearable respiratory monitoring system designed for continuous detection of respiratory metrics and deterioration risk using sensor data and analytic algorithms.
RTMpulse Cardiac Monitoring System
An ambulatory cardiac monitoring system intended for continuous capture of cardiac vital signs in clinical and non-clinical settings.
Services
Collaboration on white papers, clinical summaries, and research to validate continuous monitoring and surveillance approaches.
Advisory and implementation support for integrating continuous monitoring data into clinical workflows and electronic health records.
Collaboration on white papers, clinical summaries, and research to validate continuous monitoring and surveillance approaches.
Advisory and implementation support for integrating continuous monitoring data into clinical workflows and electronic health records.
Expertise Areas
- Continuous clinical surveillance
- Wearable biomedical sensor development
- Respiratory monitoring and analytics
- Ambulatory cardiac monitoring
Key Technologies
- Wearable biomedical sensors
- AI / machine learning for physiologic signals
- Real-time continuous monitoring
- Cloud-based analytics and device connectivity
News & Updates
Key advancements in real-time healthcare and data analysis offer a proactive approach to patient safety, enabling early intervention and better clinical decision support.
A new era of data-driven medicine enabled by recent technological advances, including DNA sequencing, advanced imaging, and AI, to assess and manage human health at unprecedented resolution.
The future of healthcare delivery through continuous, remote, and connected digital health technologies, making healthcare accessible almost anywhere.
Exploring how proper implementation of digital tools like electronic medical records can improve patient outcomes and lower costs.
The potential of wearable biomedical sensors to monitor physiological parameters continuously in natural environments.
Guidelines for postoperative management of patients with obstructive sleep apnea, a common sleep-related breathing disorder in perioperative settings.
Key advancements in real-time healthcare and data analysis offer a proactive approach to patient safety, enabling early intervention and better clinical decision support.
A new era of data-driven medicine enabled by recent technological advances, including DNA sequencing, advanced imaging, and AI, to assess and manage human health at unprecedented resolution.
The future of healthcare delivery through continuous, remote, and connected digital health technologies, making healthcare accessible almost anywhere.
Exploring how proper implementation of digital tools like electronic medical records can improve patient outcomes and lower costs.
The potential of wearable biomedical sensors to monitor physiological parameters continuously in natural environments.
Guidelines for postoperative management of patients with obstructive sleep apnea, a common sleep-related breathing disorder in perioperative settings.