PrediSurge
PrediSurge is a company dedicated to revolutionizing cardiovascular care through AI-driven digital twin technology and predictive simulations. Their mission is to enhance pre-operative planning and post-operative assessment in EVAR procedures, particularly in identifying and managing endoleaks. They develop innovative features like the Distance Colour Map, which provides visual insights into stent graft placement and potential risks, empowering physicians with better planning tools and confidence.
Industries
Nr. of Employees
small (1-50)
Products
Visualization module — color-coded apposition heatmap (research-use-only)
A visualization module that produces a distance-based color map highlighting gaps between vessel wall and stent graft to indicate potential endoleak risk.
Endoleak risk scoring tool
Algorithmic risk-index that quantifies likelihood of endoleaks to support clinical decision-making during EVAR planning.
Visualization module — color-coded apposition heatmap (research-use-only)
A visualization module that produces a distance-based color map highlighting gaps between vessel wall and stent graft to indicate potential endoleak risk.
Endoleak risk scoring tool
Algorithmic risk-index that quantifies likelihood of endoleaks to support clinical decision-making during EVAR planning.
Services
EVAR pre-operative planning and simulation service
Pre-operative planning service that uses patient imaging to generate digital twins and run predictive simulations to support stent graft selection and procedure planning.
EVAR pre-operative planning and simulation service
Pre-operative planning service that uses patient imaging to generate digital twins and run predictive simulations to support stent graft selection and procedure planning.
Expertise Areas
- EVAR pre-operative planning
- Patient-specific digital twin development
- AI/ML applied to endovascular procedures
- Medical image processing and 3D reconstruction
Key Technologies
- Patient-specific digital twin modeling
- AI/ML-driven predictive simulation
- CT image segmentation and 3D reconstruction
- Color-coded heatmap visualization for apposition assessment