Barreleye collects physiological data from various monitors and calculates clinically-relevant measures such as Shock Index and Pressure Reactivity Index continuously to gauge patient trajectory, predict potential adverse events and reduce the risk of secondary brain insult.

A non-invasive device that uses infrared light to directly modulate mitochondrial activity to improve cell survival and neurological outcomes.

New mobile health technology that can predict severe cardiac events both at home and on the road to prevent vehicle crashes.

Wearable device using non-invasive electrical bioimpedance and ultrasound to evaluate intracranial pressure and monitor cerebrovascular autoregulation.

A fully automated computer-based platform to assist with coronary angiogram video interpretation.

A computer-aided diagnostic using a single ECG lead to predict hemodynamic instability.

A simple and more effective tourniquet solution that is designed for use by untrained first responders.

A device for rapid management of non-compressible torso hemorrhage (NCTH) in a variety of environments.

A compact, personal negative pressure environment worn by patients—isolating any potential aerosol risks and preventing further transmission.

Successful transition of exosomes into clinical use as an early treatment for TBI.

A portable procedural tent which creates a larger negative pressure environment intended for use during a broader array of medical procedures.

A low-cost, disposable, and ultra-portable device that safely delivers oxygen for up to 20 minutes in any location.

Utilizes Resonance Raman Spectroscopy (RSS) to measure tissue oxygenation from the inside of the patient’s cheek.

A computational method that enables continuous monitoring of patients during hemodynamic surveillance.

A wearable ring that provides continuous blood pressure monitoring in critically ill and injured patients.

A small wearable, wireless device that provides personalized, continuous, and easily interpreted diagnostic data for a variety of managed-care environments.