Healthcare - Extended Reality
Precision Surgery Training in Immersive XR Environments
goal
Challenge Faced
Traditional surgical training methods are limited by physical availability of trainers, resource-heavy simulation labs, and inconsistent skill assessment methods.
solution
Our Solution
We created an AI-powered XR surgical simulation platform with intelligent guidance, feedback scoring, and real-time performance analysis.
Tools we used
Approach
Step-by-Step Workflow
Step 1
Define surgical scenarios (laparoscopy, orthopedic, etc.)​
Step 2
Build 3D environments and tool replicas
Step 3
Integrate AI-driven scoring & motion tracking
Step 4
Deploy to XR headsets with analytics dashboard
Quantifiable Benefits
Reduced skill assessment time
0
%
Improved training repeatability
0
%
Cut training costs
0
%
Increased student engagement scores
0
%
Who’s Using This
Medical colleges for advanced surgical curriculum
Hospitals for onboarding junior doctors
Simulation labs to scale surgical training
Why It Matters
Standardized, immersive, and AI-guided surgical training raises surgical accuracy and confidence, ultimately improving patient safety.