Zephyr Performance Systems
Provider of chest-worn multivariable wearable monitoring systems combining a compact electronics module, conductive sensor garments/straps, and software for real-time telemetry, logging, analysis, alerting and team-level deployment. Systems support Bluetooth and 802.15.4-based communications, extended-range gateway/repeater architectures, mobile and PC clients, data export for third-party analysis, GPS integration and developer SDKs. Deployed in sports, defense, first-responder operations, rescue missions and academic research.
Industries
Nr. of Employees
small (1-50)
Zephyr Performance Systems
Northfield, Minnesota, United States
Patents
System method and device for monitoring physiological parameters of a person
US-9775561-B2
View Details
System method and device for monitoring physiological parameters of a person
US-9775561-B2
View DetailsProducts
Chest-worn multivariable sensor module and conductive garment system
Modular chest-mounted sensor module paired with conductive fabric straps or integrated garments to capture ECG, heart rate, respiration, accelerometry/posture and device temperature; supports BLE and 802.15.4 transmission and local logging.
Compact BLE chest unit for consumer fitness
Smaller BLE chest-worn unit and strap supporting heart rate and R-R data for personal fitness use and mobile app interoperability, designed for smartphone pairing and portable use.
Modular accessories (GPS, chargers, gateways, repeaters, allocation tools and cases)
Accessory portfolio including GPS/location modules, single- and multi-bay chargers with download capability, gateway and repeater units to extend coverage, barcode allocation tools for rapid deployment and protective carrying cases.
HxM
Wearable Bluetooth performance monitor designed for tracking stats using technology utilized by first responders, the military, and professional athletes.
HxM SMART
Wearable performance monitoring device designed for tracking stats using technology utilized by first responders, the military, and professional athletes.
BioModule
A core monitoring component of Zephyr Performance Systems that measures key inputs to report on more than 20 biometrics for sports, combat, emergency situations, and research.
Chest-worn multivariable sensor module and conductive garment system
Modular chest-mounted sensor module paired with conductive fabric straps or integrated garments to capture ECG, heart rate, respiration, accelerometry/posture and device temperature; supports BLE and 802.15.4 transmission and local logging.
Compact BLE chest unit for consumer fitness
Smaller BLE chest-worn unit and strap supporting heart rate and R-R data for personal fitness use and mobile app interoperability, designed for smartphone pairing and portable use.
Modular accessories (GPS, chargers, gateways, repeaters, allocation tools and cases)
Accessory portfolio including GPS/location modules, single- and multi-bay chargers with download capability, gateway and repeater units to extend coverage, barcode allocation tools for rapid deployment and protective carrying cases.
HxM
Wearable Bluetooth performance monitor designed for tracking stats using technology utilized by first responders, the military, and professional athletes.
HxM SMART
Wearable performance monitoring device designed for tracking stats using technology utilized by first responders, the military, and professional athletes.
BioModule
A core monitoring component of Zephyr Performance Systems that measures key inputs to report on more than 20 biometrics for sports, combat, emergency situations, and research.
Services
Provision of SDKs, API documentation, example code, drivers and configuration utilities to enable third-party applications, OEMs and integrators to ingest device data and manage fleets of devices.
Software suite for live monitoring, multi-subject management, analysis (including HRV and readiness metrics), GPS mapping and configurable alerting delivered as desktop, server and mobile/cloud components.
Assistance and guidance to assemble configurable systems from sensors, garments, communication gateways, repeaters and accessories to meet the operational needs of teams, studies or missions.
Provision of SDKs, API documentation, example code, drivers and configuration utilities to enable third-party applications, OEMs and integrators to ingest device data and manage fleets of devices.
Software suite for live monitoring, multi-subject management, analysis (including HRV and readiness metrics), GPS mapping and configurable alerting delivered as desktop, server and mobile/cloud components.
Assistance and guidance to assemble configurable systems from sensors, garments, communication gateways, repeaters and accessories to meet the operational needs of teams, studies or missions.
Expertise Areas
- Wearable physiological monitoring
- Real-time telemetry and remote vital-sign monitoring
- Digital health software and cloud analytics
- Wireless communications for wearables (BLE and 802.15.4-based extended-range networks)
Key Technologies
- Bluetooth Classic and Bluetooth Low Energy (BLE)
- IEEE 802.15.4-based extended-range wireless protocol and gateway/repeater architectures
- Single-lead ECG and R-R interval capture
- Three-axis accelerometry and VMU activity metrics
News & Updates
Case study describing use of remote physiological monitoring to track and manage the health and training of 33 trapped miners prior to rescue, informing extraction order and interventions.
Article reporting evaluation of a wearable physiological monitor in simulated firefighting scenarios.
Peer-reviewed validation studies assessing the reliability of a multivariable wearable monitoring device in laboratory and free-living conditions.
Study comparing estimated core body temperature derived from wearable heart-rate data against rectal thermometry across differing conditions.
Research using heart rate variability data captured by wearable monitors to study cardiovascular response in lowlanders at high altitude.
Documented use in sports teams, military training, NASA simulations, first-responder operations and the 2010 Chilean mine rescue demonstrating applied operational use-cases.
Case study describing use of remote physiological monitoring to track and manage the health and training of 33 trapped miners prior to rescue, informing extraction order and interventions.
Article reporting evaluation of a wearable physiological monitor in simulated firefighting scenarios.
Peer-reviewed validation studies assessing the reliability of a multivariable wearable monitoring device in laboratory and free-living conditions.
Study comparing estimated core body temperature derived from wearable heart-rate data against rectal thermometry across differing conditions.
Research using heart rate variability data captured by wearable monitors to study cardiovascular response in lowlanders at high altitude.
Documented use in sports teams, military training, NASA simulations, first-responder operations and the 2010 Chilean mine rescue demonstrating applied operational use-cases.