Lumorix Technologies Corporation
Developer of a wearable platform for continuous monitoring of cerebral blood flow aimed initially at warfighter casualty care with a pathway to civilian stroke and stenosis surveillance. The company also pursues a structural sensing research program that converts building responses into objective event records. Core activities include wearable bioelectronics, personalized physiological modeling, data-driven design, and prototype development supported by patent filings and academic/fabrication partnerships.
Industries
N/A
Nr. of Employees
small (1-50)
Lumorix Technologies Corporation
Products
Wearable continuous neurovascular monitoring device
A conformal wearable platform that continuously measures cerebral blood flow and derives trusted flow biomarkers without requiring a cart, cables, or an on-site operator.
Structure-borne event sensing system for built environments
Research program and system that transforms structural physical responses into objective, timestamped records of transient events (e.g., impact noise) without access to or modification of neighboring units and without continuous audio/video monitoring.
Wearable continuous neurovascular monitoring device
A conformal wearable platform that continuously measures cerebral blood flow and derives trusted flow biomarkers without requiring a cart, cables, or an on-site operator.
Structure-borne event sensing system for built environments
Research program and system that transforms structural physical responses into objective, timestamped records of transient events (e.g., impact noise) without access to or modification of neighboring units and without continuous audio/video monitoring.
Expertise Areas
- Wearable bioelectronics
- Neurovascular monitoring and cerebrovascular biomarkers
- Personalized digital twin modeling
- Low-power embedded systems and low-SWaP design
Key Technologies
- Doppler-based blood flow sensing
- Wearable flexible bioelectronics
- Personalized digital twin models
- Machine learning for baseline detection and event classification
News & Updates
Fabrication and characterization partnership established with a university nanofabrication facility to support platform development.
Development of the lead application (casualty care) pursued on a non-dilutive government funding path.
Fabrication and characterization partnership established with a university nanofabrication facility to support platform development.
Development of the lead application (casualty care) pursued on a non-dilutive government funding path.