Simplify Continuous Remote Monitoring For Researchers and End-Users

The CardioWatch 287 Bracelet

The activity and heart rate monitor of Corsano CardioWatch consists of an accelerometer and a photoplethysmogram (PPG) sensor. The PPG sensor consists of an LED and a photodiode and measures fluctuations in the light reflected from the arteries and arterioles in the subcutaneous tissue. From the light fluctuations measured the actual heart rate and potential cardiac arrhythmias can be detected. In addition to the PPG sensor the accelerometer provides data on the activity level of the wearer of the bracelet.

Corsano CardioWatch not only analyses your heartbeat, but also and especially your heart rhythm – simple and at any time. The A-Fib algorithm has been validated in clinical studies and detects irregular heartbeats (e.g. extrasystoles) as well as the presence of absolute arrhythmia with suspected atrial fibrillation (AF).

The bracelet monitor offers flexibility to set data collection intervals by minute, by second or 25Hz. We measure Heart Rate, RR intervals, Breathing Rate, A-Fib detection, Skin Temperature, Activity and Sleep. SpO2, Core Body Temperature, ECG and Blood Pressure are in development.  Click on image to download the relevant CardioWatch 287 leaflet.

Corsano Trials

CardioWatch 287 is a medically certified wireless remote monitoring system intended for continuous collection of physiological data in home and healthcare settings. Corsano offers data via it’s cloud platform or API/SDK solutions. Integration with the iOS and Android SDK enables that patient data remains completely private in our customers data analytics platforms. Researchers can set which Vital Parameters they would like to monitor and at which frequency. Corsano offers access to all data, i.e. Raw PPG Green, Red and iR data can be exported up to 128 Hz.

 

Corsano AF

The Corsano AF app is intended for end-users and provides seamless integration with Preventicus Heartbeats, a CE Class IIa certified medical device to analyse your heartbeat, but also and especially heart rhythm.

Using the PPG sensor in the bracelet, a pulse curve is captured continuously, and the heart rate data derived. If any evidence of arrhythmia is found, the user can store the underlying information in a measurement report. The user is also recommended to undergo further medical assessment by professionals. Preventicus has verified the detection of atrial fibrillation and extrasystoles and the accuracy of the heart rate detected with in-house clinical studies (see also: www.preventicus.com/Studien). These have shown that the underlying algorithm of the app can distinguish between atrial fibrillation and a regular heart rhythm with an accuracy of more than 96%. 

Analysis

The purpose of Preventicus Heartbeats is to detect signs of the presence of cardiac arrhythmias in a non-clinical environment. This includes the following cardiac arrhythmias: detection of signs of absolute arrhythmia with suspected atrial fibrillation, detection of signs of extrasystoles as well as measuring the heart rate with signs of bradycardia and tachycardia without further diagnostic differentiation.

1)     Summarised results of the heart rhythm analysis
2)     Heart rate in beats per minute (bpm) over the entire measurement
3)     The original pulse curve.

Cardiac arrhythmias such as atrial fibrillation often occur only occasionally and can therefore be difficult to prove in the doctor’s office. Therefore, screening for cardiac arrhythmia by regular measurements of the heart rhythm is a precautionary measure for heart attack prevention recommended by cardiological societies.

Interested in our Trial Programme?

We are currently performing pilots with selected clients. Contact us if you want to know more!

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