Cardiac Zone

atick.dev

About this app

The Cardiac Zone service provides a user-friendly, innovative solution for cardiac monitoring. It enables comfortable ECG/EKG acquisition using advanced sensors and AI technology to analyze signals in real-time.

Key features of Cardiac Zone include:

1. Monitors cardiac health anytime, anywhere with the most user-friendly sensor on the market.
2. Provides real-time ECG/EKG acquisition, allowing users and doctors to view signals instantly.
3. Utilizes cutting-edge AI to detect arrhythmias or anomalies in real-time.
4. Stores cardiac history in the cloud for future diagnostics.
5. Delivers reliable, detailed reports to doctors for informed medical assessments.

This solution simplifies understanding symptoms in real time, requiring only the sensor and a mobile phone for instant ECG acquisition and diagnosis. The sensor can be worn comfortably for up to 10 days without gels or pre-cleaning, making it more effective and easier to use than traditional Holter monitors.

Cardiac Zone monitors heart electrical signals to detect irregularities like deviations from normal sinus rhythm. While many are harmless, some require medical attention due to symptoms like palpitations or dizziness. Atrial fibrillation, for example, increases stroke risk, potentially requiring anticoagulation therapy.

The system is not recommended for individuals with pacemakers, defibrillators, a history of heart attack, or for pregnant women and those with a BMI over 40, as it hasn’t been tested for these groups. It is suitable for children 10 years and older with a special belt.

To ensure accurate readings, check the app at least twice a day. The sensor stores heart data and syncs when reconnected. It’s water-resistant but should not be submerged. Certain clothing or muscle activity may temporarily disrupt signal quality but usually resolves quickly.

Regular use is encouraged. The sensor is reusable, and the electrode patch battery can be replaced when needed.

For more details, visit www.cardiac-zone.com.