Image of a man grabbing his chest in a way that indicates he is having a heart attack

Game-Changing
Early Detection

Every year, over 800,000 people in the United States have a heart attack.

A heart attack occurs when the flow of blood to the heart is severely reduced or blocked. Without blood, the heart muscle is deprived of oxygen and dies. Earlier detection of this heart condition can enable optimal patient care and improved outcomes.

Explore RCE’s technology

Remote Cardiac Enablement - rce.ai

rce.ai is a transformative technology platform that leverages cutting edge infrared sensors embedded in wrist wearables coupled with computational models that harness the association of signals derived from the skin surface to underlying coronary artery occlusion.

Learn more about RCE

Infrasensor

A groundbreaking wrist-worn wearable that uses advanced infrared technology and machine learning to assess early stages of severe coronary artery occlusion by analyzing signals from your skin.

Learn more about our technology.

RCE announced as winner in Scientific Sessions 2023 Health Tech Competition

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Dr. Nichol Supervises New Study Aiming to Improve Heart Attack Identification, Treatment

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RCE Technologies, Inc. Announces First-In-Human Transdermal Continuous Cardiac Biomarker Monitoring

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News & Events

Atlanta, GA (USA)

EC3 Conference

2025

14

March

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Chicago, IL (USA)

ACC.25 Conference

2025

29-31

March

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Image of a busy Emergency Room at a hospital

Earlier Heart Attack detection accelerates risk stratification at acute care settings such as crowded Emergency Departments (ED). Accelerating the time to a disposition enables quicker discharge for the high volume of low-risk patients, streamlines overcrowded waiting rooms and produces large economic savings while accelerating care for higher-risk cardiac patients that leads to improved outcomes in heart attack patients.

Over 80% of patients with chest pain in the ED are not cardiac related

Earlier Heart Attack detection accelerates risk stratification at acute care settings such as crowded Emergency Departments (ED). Accelerating the time to a disposition enables earlier assessment for patients with high-grade obstructive ACS, which leads to improved outcomes in heart attack patients, streamlines overcrowded waiting rooms, and produces large economic savings from shorter hospital lenghts of stay.

Over 40%

of patients with severe coronary artery occlusion receive delayed care

Image of the main entrance to an urgent care facility

Risk stratification for walk-in chest pain complaints at urgent care and remote clinic locations, can significantly provide value to patients in advancing care workflows accelerating higher acuity patients into cardiac care, while observing and administering optimal care for the low to moderate risk patients. Managing patients efficiently in the outpatient settings streamlines the throughput for integrated health systems providing significant value based and cost optimizations.

7 out of 10 patients with chest pain in the ED come from Urgent Care Clinics

Risk stratification for walk-in chest pain complaints at urgent care and remote clinic locations, can significantly provide value to patients in advancing care workflows accelerating higher acuity patients into cardiac care, while observing and administering optimal care for the low to moderate risk patients. Managing patients efficiently in the outpatient settings streamlines the throughput for integrated health systems providing significant value based and cost optimizations.

7 out of 10

patients with chest pain in the ED come from Urgent Care Clinics

Image of an ambulace, blurred in a way that shows quick movement as in an emergency

Chest pain accounts for one in ten ambulance calls, and underlying causes are diverse. Earlier risk stratification for heart attacks empower paramedics and first responders in time sensitive decision making at the scene. Higher acuity patients can be rushed towards an ambulatory surgical center or fast tracked to a hospital’s cath lab, while lower acuity patients can be redirected to an outpatient setting for further observation.

50% of the chest patients brought in by paramedics need immediate revascularization

Chest pain accounts for one in ten ambulance calls, and underlying causes are diverse. Earlier risk stratification for heart attacks empower paramedics and first responders in time sensitive decision making at the scene. Higher acuity patients can be rushed towards an ambulatory surgical center or fast tracked to a hospital’s cath lab, while lower acuity patients can be redirected to an outpatient setting for further observation.

50% of chest patients

brought in by paramedics need immediate revascularization.

Image of a scientiest holding and observing a vial containing a red liquid in a laboratory setting

Adjunct monitoring of patients on therapeutic drug monitoring can drive the development of innovative medicines that deliver more relevant and impactful patient outcomes. Understanding the baseline trends in cardiac remodeling can enabled personalized medicine and optimal drug modulations for chronic care patients

25-50% death rate in ICI induced myocarditis detected at a late stage

Adjunct monitoring of patients being treated with drugs with side effects of cardiotoxicity, can significantly advance the field of safer drug development. Understanding the baseline trends in cardiac remodeling can enable personalized medicine and optimal drug modulations for chronic care patients.

25-50% death rate

in ICI induced myocarditis detected at a late stage.

Image of an older woman and a man, smiling happy together, in what seems to be a breakfast scene

Some patients might be undergoing a heart attack, but do not feel the typical symptoms of chest pain. Baseline trending of cardiac injury biomarkers enables health care providers in monitoring high-risk Coronary Artery Disease (CAD) patients from their homes, and a fighting chance to expedite care in the event of acute cardiac events. Monitoring high risk patients post procedure can give insights towards repeat heart attacks, and improve the management of these patients.

1 in 5 heart attacks are silent in nature

Some patients might be undergoing a heart attack, but do not feel the typical symptoms of chest pain. Baseline trending of cardiac injury biomarkers enables health care providers in monitoring high-risk Coronary Artery Disease (CAD) patients from their homes, and a fighting chance to expedite care in the event of acute cardiac events. Monitoring high risk patients post procedure can give insights towards repeat heart attacks, and improve the management of these patients.

1 in 5 heart attacks

are silent in nature.