Cardiovascular Event Detection System

Automated cardiac rhythm analysis system for detection and classification of arrhythmias. Provides real-time alerts for abnormal cardiac rhythms during continuous monitoring.

Integrated diagnostic system for assessing cerebrovascular and aortic function parameters. Supports comprehensive vascular disease monitoring and cardiovascular health evaluation.

Diagnostic system utilizing AI to detect acute coronary syndrome and myocardial injury from ECG images. Identifies ST-segment elevation myocardial infarction and other indicators of myocardial ischemia.

An AI-powered computer-aided detection system for coronary artery disease screening from medical images. It provides automated analysis with image-text reports to support early detection and diagnosis in cardiovascular assessment.

An artificial intelligence-based blood glucose detection system utilizing deep learning technology. The system enables automated glucose measurement with high accuracy for clinical applications.

A specialized cardiac monitoring system for detecting and analyzing various arrhythmias. The device provides continuous surveillance and documentation of cardiac rhythm abnormalities.

A system capable of acquiring and processing single-channel ECG tracings as part of comprehensive vital signs monitoring. It provides immediate and objective cardiac electrical activity data to support faster diagnoses and clinical decision-making.

An intelligent screening system designed for early detection and risk assessment of coronary heart disease. The system integrates multiple physiological measurements to identify patients at risk of coronary events.

Non-invasive diagnostic systems designed for detection, classification, and management of cardiorespiratory disease. Provides comprehensive assessment of cardiac and respiratory function.

Cardiovascular function detection system designed for comprehensive vascular and cardiac assessment. Enables non-invasive evaluation of arterial stiffness and central hemodynamics.

AI-powered video analysis technology that measures heart rate through facial video capture. Provides continuous or on-demand heart rate assessment without wearable devices.

AI-powered cardiac diagnostic system that extends standard 12-lead ECG with structural and functional cardiac insights using synchronized mechanical and acoustic sensing. Detects heart failure, structural heart disease, and electrical abnormalities at point of care with >90% correlation to echocardiography, enabling rapid triage and diagnostic support in primary care settings.