HeartSciences Receives FDA Clearance for Enhanced AI Algorithm Suite
The expanded clearance includes new algorithms for detection of hypertrophic cardiomyopathy and long QT syndrome.
Read MoreHeartSciences combines advanced AI algorithms with clinical-grade ECG acquisition to detect cardiovascular abnormalities earlier than traditional methods. Trusted by leading healthcare institutions worldwide.
Trusted by Leading Healthcare Institutions
Traditional ECG interpretation misses critical early signs of cardiovascular disease, leading to delayed diagnosis and preventable complications.
HeartSciences AI algorithms analyze ECG signals at a depth impossible for the human eye, detecting subtle patterns that indicate early-stage cardiac dysfunction.
From signal acquisition to clinical insights, our integrated platform delivers end-to-end cardiovascular analysis.
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Advanced machine learning algorithms that analyze ECG signals to detect subtle patterns indicating cardiac dysfunction, often years before symptoms appear.
From ECG acquisition to clinical insights in four simple steps.
Capture high-fidelity 12-lead ECG using our wavECG device or compatible equipment.
AI algorithms process the signal, detecting patterns invisible to traditional interpretation.
Generate comprehensive clinical reports with risk scores and actionable insights.
Seamlessly send results to EHR systems for clinical workflow integration.
Our clinically validated algorithms detect a wide range of cardiac conditions with industry-leading accuracy.
Detects early-stage diastolic dysfunction before clinical symptoms manifest.
Identifies patients with reduced left ventricular ejection fraction.
Recognizes patterns consistent with atrial fibrillation and flutter.
Identifies ECG patterns suggestive of significant coronary stenosis.
Detects hypertrophic cardiomyopathy patterns for early intervention.
Monitors for dangerous QT interval prolongation in real-time.
Our AI algorithms are backed by rigorous clinical validation and peer-reviewed publications in leading medical journals.
See how our AI-powered platform compares to traditional ECG interpretation and other solutions in the market.
| Feature | HeartSciences AI-ECG Platform | Traditional ECG | Other AI Solutions |
|---|---|---|---|
| FDA 510(k) Cleared | |||
| AI-Powered Detection | |||
| Diastolic Dysfunction Detection | |||
| Low EF Screening | |||
| Real-time Analysis | |||
| EHR Integration | |||
| Cloud Deployment | |||
| Peer-Reviewed Validation | |||
| Multi-Condition Detection | |||
| Dedicated Hardware |
Healthcare professionals across the country trust HeartSciences for earlier detection and better patient outcomes.
"HeartSciences has transformed how we screen patients in our primary care practice. The ability to detect diastolic dysfunction at the point of care has led to earlier referrals and better outcomes for our patients."
"The accuracy and consistency of the AI analysis has exceeded our expectations. We've integrated it into our standard cardiology workflow and it's become an invaluable tool for triaging patients."
"As a cardiologist, I was initially skeptical of AI-based ECG interpretation. After using HeartSciences for six months, I can confidently say it catches things I would have missed on routine review."
Works with your existing EHR and clinical systems. No disruption to your workflow.
RESTful API for custom integrations with your existing systems.
Enterprise-grade security with full HIPAA compliance.
Go live in weeks, not months, with our implementation team.
Stay informed about the latest developments in AI-powered cardiovascular care.
The expanded clearance includes new algorithms for detection of hypertrophic cardiomyopathy and long QT syndrome.
Read MoreResults from 12 medical centers demonstrate 87% sensitivity for detecting early-stage diastolic dysfunction.
Read MoreThe partnership will bring AI-powered ECG analysis to over 200 clinical sites across the Midwest region.
Read MoreGet answers to common questions about HeartSciences technology and implementation.
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