Armor Medical, Inc.
Developer of a wrist-worn, non-invasive wearable monitoring platform for early detection of postpartum hemorrhage and related cardiovascular compensation. The company combines optical sensor hardware, signal processing, clinical validation, and cloud-based analytics to deliver real-time alerts and hospital workflow integration. Founded in 2022 and based in Atlanta, GA.
Industries
N/A
Products
Wrist-worn blood-flow monitoring device
A wrist-worn, non-invasive wearable sensor system that continuously measures peripheral blood flow to provide early detection of postpartum hemorrhage and monitor treatment response in real time.
Wrist-worn blood-flow monitoring device
A wrist-worn, non-invasive wearable sensor system that continuously measures peripheral blood flow to provide early detection of postpartum hemorrhage and monitor treatment response in real time.
Services
Clinical studies and pilot deployments
Design and conduct of IRB-approved feasibility and clinical studies and pilot integrations with health systems to evaluate device performance and workflow impact.
Hardware and software co-development
End-to-end development of wearable device hardware and supporting real-time analytics software optimized for affordability and hospital integration.
Clinical studies and pilot deployments
Design and conduct of IRB-approved feasibility and clinical studies and pilot integrations with health systems to evaluate device performance and workflow impact.
Hardware and software co-development
End-to-end development of wearable device hardware and supporting real-time analytics software optimized for affordability and hospital integration.
Expertise Areas
- Wearable medical device development
- Maternal health monitoring and early hemorrhage detection
- Optical sensing and spectroscopy for physiologic monitoring
- Preclinical and clinical study execution
Key Technologies
- Wearable optical sensors
- Near-infrared and reflectance-mode optics
- Laser-speckle contrast perfusion imaging
- Real-time signal processing and multivariate analytics