Cardio4D
Cardio4D simplifies structural heart planning by transforming standard CT scans into predictive digital twins. By combining AI-driven reconstruction with physics-based modeling, our platform provides the mechanistic insights needed to evaluate risks and tailor patient-specific treatments. From secure upload to 4D biomechanical analysis, we offer a unified workflow designed to elevate the standard of cardiac care.
Cardio4D
Cardio4D simplifies structural heart planning by transforming standard CT scans into predictive digital twins. By combining AI-driven reconstruction with physics-based modeling, our platform provides the mechanistic insights needed to evaluate risks and tailor patient-specific treatments. From secure upload to 4D biomechanical analysis, we offer a unified workflow designed to elevate the standard of cardiac care.
Built on Deep Research
Cardio4D was born from deep academic research at the intersection of cardiovascular biomechanics, medical imaging, and artificial intelligence. Our methods are grounded in years of peer-reviewed science, rigorous engineering validation, and close clinical collaboration — brought together in a platform that turns a standard CT scan into actionable, patient-specific insight.
Transforming Structural Heart Interventions
Our AI-powered platform delivers end-to-end cardiac analysis through three core capabilities.
Digital Twin Technology
AI-automated 3D anatomy reconstruction for accurate anatomical visualization and measurements.
Functional Prediction
Simulate biomechanical responses to optimize pre-operative planning.
Seamless Workflow
Bringing the lab to the bedside with seamless, secure, cloud-based results.
Who We Serve
One platform, three missions — supporting the clinic, the design bench, and the patient.
For Clinicians & Hospitals
Data-driven insight for structural heart interventions — TAA rupture risk, TMVR and TAVR planning — that improves outcomes, reduces uncertainty, and saves time.
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Predictive cardiovascular simulation for device development — sizing, engineering analysis, animal study planning, and regulatory evidence.
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A personal 3D virtual model of the heart — plus 3D-printed keepsakes for patients and loved ones.
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