NavPlan transforms pre-procedural imaging into dynamic, actionable intelligence for endovascular specialists — bridging the gap between static imaging and real-time intervention.
Current endovascular procedures rely heavily on manual navigation, forcing clinicians to bridge the gap between static imaging and dynamic intervention.
Clinicians must mentally translate complex 3D vascular anatomy from CT/MR into 2D fluoroscopic views in real-time.
The process is highly operator-dependent, increasing mental fatigue and the risk of procedural errors.
Unmet navigation needs lead to longer procedure times and increased radiation & contrast exposure.
A smart planning & navigation platform that transforms static pre-procedural imaging into dynamic, actionable intelligence.
Uses routine CT or MR angiography from standard clinical imaging workflows.
Performs vessel segmentation and patient-specific 3D vascular reconstruction.
Computes vessel centerlines and navigation routes for planning and fluoroscopic guidance.
Hardware-agnostic, integrating seamlessly into existing clinical IT environments.
Measurable improvements across every dimension of the interventional radiology workflow.
Automated analysis streamlines pre-procedural workflow.
AI-guided path planning improves procedural precision.
Optimized paths minimize fluoroscopy time and contrast use.
Reduces operator dependency across cases.
A multidisciplinary team combining deep learning research with hands-on interventional radiology practice, anchored at leading academic hospitals in Athens.
Through intelligent AI-assisted planning. Interested in learning more about NavPlan or exploring collaboration opportunities?