ORamaVR is an international medical extended reality (XR) deep-tech company headquartered in Geneva, Switzerland, with origins tied to research labs in Greece and international clinical networks. The company's core mission centers on the ethos that "no patient should be anyone's first." ORamaVR designs, develops, and distributes a computational medical XR training platform powered by proprietary spatial computing engines, artificial intelligence, and virtual reality.
By enabling rapid creation, seamless deployment, and automated assessment of virtual surgical and clinical procedures, ORamaVR serves medical device manufacturers, simulation centers, teaching hospitals, and academic institutions globally. Its technology dramatically reduces the time and cost required to construct complex surgical simulations while offering full intellectual property (IP) retention to clients.
Organizational Structure and Origins
ORamaVR was founded by a multidisciplinary team of computer graphics researchers, computer vision experts, and orthopaedic surgeons hailing from institutions such as the University of Crete, the Foundation for Research and Technology - Hellas (ICS-FORTH), the University of Geneva, and Imperial College London.
Headquarters: Geneva, Switzerland.
Leadership: Founded by Dr. George Papagiannakis (CEO/CTO), Prof. Eleftherios Tsiridis, MD, PhD (Chief Medical Officer), and Prof. Panos Trahanias (Chief Robotics Officer).
Scientific Foundation: Built upon over 25 years of combined computational research and supported by dozens of peer-reviewed clinical publications validating skill transfer from virtual environments to real operating rooms.
Key Products and Software Ecosystem
ORamaVR offers an end-to-end medical simulation ecosystem designed to address the entire lifecycle of XR medical training—from authoring and AI proctoring to deployment and enterprise tracking.
1. ORamaVR Creator (Formerly built upon MAGES SDK)
Creator is the core authoring platform that allows clinical educators, developers, and medical device specialists to design complex, high-fidelity VR procedural simulations.
* No-Code / Low-Code Workflow: Allows non-engineers to construct procedural steps directly from clinical documentation, such as Instructions for Use (IFU) manuals.
* Speed and Cost Reduction: Accelerates simulation development by up to 8x compared to traditional software custom builds while lowering overall development expense.
* Full IP Ownership: Unlike traditional software development vendors who lock customers into proprietary content rights, ORamaVR provides clients with 100% ownership of created simulation source files.
2. JARIA AI Proctor
JARIA is an artificial intelligence-driven virtual assessment agent integrated into ORamaVR's simulation environments.
* Automated Proctoring: Eliminates the traditional bottleneck of requiring a live senior clinical instructor to supervise every simulation session.
* IFU Grounded Guidance: Trained directly on validated clinical documentation to provide real-time, context-aware feedback, step-by-step guidance, and procedural corrections.
* Competency Scoring: Automatically logs performance data, tracks motion accuracy, records time-to-completion, and issues compliance reports for regulatory or institutional records.
3. Virtual Training Center (VTC)
The Virtual Training Center acts as the distribution, management, and learning management system (LMS) cloud layer for deployment across global networks.
* Global Distribution: Enables centralized deployment of updated simulations to unlimited standalone XR headsets anywhere in the world simultaneously.
* Cross-Platform Compatibility: Operates across major commercially available XR hardware systems (such as Meta Quest, HTC VIVE, and enterprise headsets) without hardware lock-in.
* Analytics and Management: Features centralized enterprise management, Single Sign-On (SSO), and LMS integration for tracking multi-site training outcomes.
4. SIM Library (Off-the-Shelf Simulations)
A growing repository of over 80 pre-built, clinically validated medical and surgical simulations. Institutions can license turn-key procedural titles across diverse specialties (e.g., orthopaedics, robotic surgery, emergency medicine, diagnostic techniques) to deploy immediately without building from scratch.
Professional Services
Custom Simulation Development
For organizations requiring tailor-made solutions, ORamaVR's in-house team of clinical engineers and computer scientists provides end-to-end bespoke simulation services. They digitize medical device procedures, surgical workflows, and complex therapies into regulation-ready, peer-reviewed XR environments—handing over complete source files and IP upon completion.
Value Proposition and Clinical Impact
ORamaVR addresses key challenges in modern medical training, including high travel costs, limited access to cadaver labs or physical simulators, and proctor scarcity. Controlled clinical studies evaluating the platform's performance demonstrate:
* Error Reduction: Up to a 43% reduction in surgical and procedural errors among trained cohorts.
* Skill Improvement: Measurable 32% increase in procedural skill scores compared to traditional instructional methods.
* Faster Proficiency: 40% reduction in time required for trainees to demonstrate clinical competency.
Please note: This information is generated by AI. For legal use, verify with company sources.
