ORamaVR Platform

One platform.
Every step of the journey.

From authoring your first simulation to deploying across an entire institution, the full lifecycle of medical XR training, with AI built in from the ground up.

The products

One connected suite.
Four products.

Authoring, hosting, content, service. Each product solves a distinct problem, and together they cover medical XR training end to end.

CMXR, Our discipline

Where computational science meets
extended reality in medicine

Computational Medical Extended Reality (CMXR) is an emerging discipline that brings together life sciences and neuroscience with mathematics, engineering, and computer science. Unlike earlier “Clinical XR” or “Medical XR” approaches, CMXR is defined by its integration of computational methods, from neural simulation and computational geometry to computational vision, computer graphics, and deep learning, to solve five specific problems in medicine: training, planning, navigation, rehabilitation, and therapy.

The ORamaVR team are leaders in and co-creators of the CMXR discipline. ORamaVR Platform is built on these foundations. Read the foundational paper →

01
Foundations

Computational science

Neural simulation, computational geometry, and real-time 3D graphics form the mathematical backbone of every simulation, the fidelity clinical training demands.

02
Intelligence

Intelligent extended reality

Deep-learning models embedded in spatial computing environments enable adaptive, data-driven experiences that respond to each learner's performance in real time.

03
Application

Medical application

From surgical planning and operative navigation to neurorehabilitation and GenAI-assisted authoring, the full spectrum of clinical use cases, validated through peer-reviewed research.

Recognised by

Regulatory
FDA · MXR Program

A dedicated Medical Extended Reality program at the U.S. Food & Drug Administration.

Standards
IEEE & ISO

CMXR underpins emerging international standards for medical extended reality.

Research
NSF · MIXR Centre

NSF-funded research centre at the Universities of Maryland and Michigan.

Publication
Journal of Medical XR

Dedicated peer-reviewed publication for medical extended reality research.

JARIA · AI Proctor

The expert who
never leaves the room.

Trained on your IFU. Embedded in every simulation. JARIA gives every learner the same expert guidance, every step, every session, anywhere in the world.

J
Trained on your IFU Upload your protocol, JARIA learns your procedure, not a generic one.
Real-time guidance Procedural feedback at every step. No human proctor needed in the room.
Built into every product Included across Creator, Custom SIM Service, and VTC, the full ORamaVR SUITE+.
Meet JARIA
J
JARIAAI PROCTOR
Live
TKA · Right knee · Step 14 of 23
Capsular incision & retractor placement
Procedural accuracy 94/100
J
Adjust angle. Wrist 6° off optimal, rotate ~25° medially before incision.
Time on step 2m 18s
IFU compliance 100%
Confidence High

Get in touch

Ready to see
ORamaVR in action?

Tell us about your training challenge. We’ll walk you through what the platform can do for your organisation, no commitment required.

Start the conversation

We will respond within 2 business days.

Your information is never shared with third parties.