GE Versana Premier

AI-driven follicle detection for Versana systems that automatically identifies, measures, and reports ovarian follicles during fertility monitoring, with results that populate directly into the exam report.

Image processing technology automatically detects and highlights the needle in real-time ultrasound during guided procedures, improving visibility and placement accuracy for biopsies, injections, and nerve blocks.

AI-powered anatomical recognition that automatically labels ultrasound images with the correct body marker and view annotation during scanning, removing manual annotation from the exam workflow.

Customizable report templates auto-populate with measurements, images, and findings during the exam, reducing documentation time and producing structured reports without manual data entry.

Real-time tissue stiffness mapping using compression-based elasticity measurement to differentiate benign from malignant lesions in breast, thyroid, and musculoskeletal imaging.

Real-time 3D/4D surface rendering that displays fetal anatomy with lifelike detail during live scanning, giving parents and clinicians immediate visual confirmation of fetal development.

GE's signal processing architecture for the Versana platform that optimizes ultrasound beam transmission and reception in real time, producing sharper 2D and 3D images across all scanning depths.

AI-driven automatic contouring and measurement of nodules and organ boundaries during ultrasound exams, reducing manual caliper placement and inter-operator measurement variability.