MedionXR provides a cloud‑based extended reality platform that delivers high‑resolution, anatomically accurate 3D models of the human body for VR and MR headsets. The system includes AI‑driven contextual guidance, real‑time cross‑sectional views, and multi‑user collaboration tools, allowing educators and students to explore and annotate anatomy together. Access is offered via institution‑level subscription licensing, eliminating the need for physical cadavers and reducing infrastructure costs.
Funding
Funding not disclosed
Founders
Product
Problem
Medical education relies heavily on physical cadavers, costly anatomical models, and static textbooks, which limit accessibility, increase expenses, and constrain interactive learning. Instructors also lack scalable tools for real-time collaborative visualization of complex anatomy and procedural workflows. Consequently, students receive limited hands‑on exposure to three‑dimensional structures and dynamic physiological processes.
Solution
MedionXR delivers a cloud‑hosted extended reality (XR) platform that renders high‑resolution, anatomically accurate 3D models of the human body for use on VR and MR headsets. The system integrates AI‑driven assistance, spatial cross‑sectional views, and interactive 3D markers to enable self‑guided exploration and step‑by‑step procedural rehearsal. Collaborative MR sessions allow multiple learners and educators to view and manipulate the same anatomy in real time, supporting team‑based teaching and remote instruction. Content modules are aligned with academic curricula and can be customized or expanded through a modular library. The platform operates on a subscription model, eliminating the need for expensive physical specimens and reducing infrastructure overhead for institutions.
Target Audience
Primary customers are medical schools, nursing programs, teaching hospitals, and simulation centers that require immersive anatomy and procedural training tools for students and clinical staff. The platform also serves healthcare educators seeking scalable, collaborative XR solutions for curriculum delivery.
Features
- Comprehensive anatomical library: 206 bones, 600+ muscles, 300+ joints, cardiovascular, visceral, and nervous system structures with origin/insertion data
- AI assistant that provides contextual explanations, answers queries, and guides interactive activities in real time
- Live cross‑sectional rendering and layered system extraction for detailed internal visualization
- 3D markers and body‑web browser for precise annotation, measurement, and navigation of anatomical components
- Multi‑user mixed‑reality collaboration enabling synchronous exploration and shared annotations across VR/MR devices
- Cloud‑based content delivery and automatic updates, minimizing on‑premise hardware and maintenance costs
- Integration hooks for learning management systems (LMS) and electronic health record (EHR) standards via API endpoints
- Scalable subscription licensing that supports institutions of any size, from single classrooms to multi‑campus hospital networks