Maximum compatibility
Adaptable to any hospital infrastructure, requiring no expensive hardware updates.
We support physicians with the diagnosis and personalized treatment of cardiovascular diseases.
An AI-powered platform for improved management of cardiovascular diseases, strengthening early diagnosis and competent decision making in primary care.
Learn moreIn collaboration with world-class physicians, we are developing deep learning neural networks to accurately diagnose cardiovascular diseases in real-time.
Our algorithms provide advanced insights including, important measurement assessment, suggestion of priority for admission and risk prediction.
Based on patient parameters, our engine generates treatment recommendations conforming to the latest clinical practice guidelines.
The personalized treatment plan contains procedures and drugs including the latest interactions, dosages, and potential contraindications.
Our full-fledged digitization system converts paper-form electrocardiograms into digital waveforms with highest levels of precision.
Standardized patient history forms ensure the collection of all relevant parameters for competent therapeutic decision making.
Adaptable to any hospital infrastructure, requiring no expensive hardware updates.
Trained on millions of previous cases, outperforming best published research.
Revolutionary technology, supporting both diagnostic and treatment processes.
Designed by medical experts, addressing most relevant clinical needs.
Reliable cloud-based infrastructure, ensuring patient data privacy.
Personalized treatment recommendations, conforming to latest medical evidence.
A multi-modality toolkit for physicians, using a robust and scalable API we can integrate our technology into any infrastructure.
All modules of our software can be either packaged into a standalone system or provided as a service to hospital systems or device manufactures.
Request PricingWith our subsidiary Medannot, we are getting ready to include medical imaging data (CT, MRI, angiograms and ultrasounds) as new input sources for our diagnostic AIs.
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