designed by
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Your valve planning co-pilot.
Valvia helps surgeons plan aortic valve repair by converting patient imaging into standardized geometry, measurements, & decision-ready visuals.
HOW IT WORKS.
Import your imaging data
Quickly load multiple file-formats with drag and drop capabilities and integration with online servers.
AI pipeline makes measurements
Render and visualize 3D data quickly and easily on your computer, online, or on your mobile device.
View results in reports & 3D apps
Collaborate with your team remotely in real-time and capture videos for presentations.
Edit, export, & share results
Browse and compare your data with the wider research community.
SURGEON-READY REPORTS IN MINUTES.
Repair-critical metrics, standardized
annulus diameters/area, STJ & sinus dimensions, commissural heights/angles, & cusp hinge/nadir
landmarks standardized into a consistent surgical
geometry map.
Leaflet, coaptation, & advanced metrics
geometric height, effective height, free-margin
length, coaptation height/length, symmetry, &
tenting indicators surfacing whether a durable
repair is achievable.
Actionable outputs minutes after imaging
a complete measurement report with labeled
landmarks, confidence flags, & edit-ready values
generated from CT in <10 minutes & improved
over time from specialist corrections.
EASY TO USE DESKTOP & VR APPS.
PRECISION PLANS, SIMPLIFIED.
Fast, guided workflow
load a CT, review an auto-generated plan,
and approve or tweak it in a simple
step-by-step checklist.
Click-to-correct editing
drag landmarks, nudge contours, and
adjust measurements with instant
recompute, no manual re-measuring.
Confidence + alerts built in
low-confidence measurements are clearly
flagged so surgeons focus where it matters.
Then edits are captured for model improvements.
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VR for complex 3D anatomy
grab, rotate, and inspect the valve/root at true
depth; place commissures, hinge points, &
coaptation landmarks naturally in 3D space.
One-click sign-off + audit trail
surgeon approval exports a surgeon-ready report
& securely logs edits to improve the system over time.
PREMIER AI PIPELINES, IMAGING VENDOR AGNOSTIC.
MODEL TRAINING
1.
SYSTEM USAGE
DATA CAPTURE
3.
2.
Our models continually improve from routine review
Trained with world-class datasets & physicians
Built from high-quality, expert-labeled cardiac CT data from leading institutions, continuously improved using specialist correction capture.
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Ensemble 3D neural net backbone
Multiple state-of-the-art models segment the annulus, STJ, sinuses, root, & leaflets for robust performance across scanners & anatomies.
Landmark detection for surgical geometry
automated commissures, hinge points, nadirs, & coaptation
landmarks that drive repair-relevant measurements.
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Multi-model & -method with build in redundancy
Combines multiple AI models with classic computer vision & geometry-based checks so every key landmark & measurement is cross-validated for reliability.
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