From CT measurement to optimized valve deployment — every step of the TAVR pipeline, in one platform.
Define the annular plane directly from CT data — the foundation for every measurement and decision downstream.
Annulus, LVOT, sinuses, and STJ measured automatically — the full sizing dataset, ready for the procedure report.
Vendor-independent valve recommendation — sized to anatomy, not to vendor preference. Compare options side by side.
A dedicated bicuspid pathway — including a specialized Type 0 workflow — that brings validated risk algorithms to the most demanding anatomy. The ABC root-rupture algorithm is peer-reviewed in Circ Cardiovasc Interv (2026).
Virtual valve placement and deployment — depth, orientation, and anatomical fit simulated before the case begins.
Reintervention strategy for prior TAVR — leaflet management, neo-skirt analysis, and coronary access in one place.
AI-driven joint optimization of device, depth, and orientation — outcome-aware recommendations in real time.
Structured procedure report auto-generated from the plan — every measurement, decision, and risk score, captured.
A voice assistant for live procedural guidance — recall measurements, advance the plan, and check next steps hands-free, without leaving the sterile field.
Live valve expansion tracking during deployment — quantify stent expansion and eccentricity at the table, so you know if post-dilatation is needed before you leave the case.
Every step of the TAVR pipeline produces a structured, reviewable artifact — not a screenshot.
Automated annular landmark detection eliminates inter-operator variability and produces a sizing record that is auditable case to case.
Recommendations span all major device platforms — sized to anatomy, not to vendor preference. Compare options side by side.
Every decision is captured in a structured record — feeding the next intervention, whether redo TAVR or surgical re-do.
Walk through a real case end-to-end with our team — measurements to post-deployment.