Democratizing the path to robotic surgery mastery.
ERMIS VR is a high-fidelity digital twin of the robotic surgical console — engineered to take a surgeon from console-curious to console-confident, and to keep practicing robotic surgeons sharp between cases. Up to 30% faster than traditional training pathways.
Measured against traditional robotic surgery training.
Clinical and skill-acquisition data from training programs operating ERMIS VR alongside conventional pathways.
Faster time-to-proficiency vs. standard robotic surgery training pathways.
Faster five-task mean completion time.
Fewer camera penalties during assessment.
Faster camera completion time.
Usability and acceptance survey score.
Two surgeons. One platform.
Built to keep every robotic case sharper.
ERMIS VR removes the geographic, scheduling, and console-availability barriers that have historically gated who gets to become a robotic surgeon — and how often practicing surgeons can rehearse.
For the surgeon becoming a robotic surgeon.
The pathway to robotic competence has been bottlenecked by limited console access, mentor availability, and case volume. ERMIS VR collapses that bottleneck.
- Practice anywhere — VR headset only, no operating room required.
- Repeatable, structured curriculum that mirrors the robotic console experience.
- Objective performance scoring across every attempt.
- Confidence built before the surgeon ever touches a live case.
For the robotic surgeon staying at the top.
Muscle memory decays between cases. Rare procedures stay rare. ERMIS VR turns downtime into deliberate practice — and helps keep error rates where they belong.
- Maintain console fluency between operative days.
- Rehearse low-volume procedures before they appear on the schedule.
- Onboard new procedures and approaches without case-time risk.
- Quantified feedback to track skill maintenance over time.
A robotic surgeon should never be limited by where, when, or how often they can practice. ERMIS VR makes mastery portable.
A high-fidelity digital twin — engineered for clinical realism.
Built by ORamaVR and powered by a proprietary Geometric Algebra physics engine, ERMIS VR delivers console-grade fidelity on consumer-grade hardware.
Digital twin of the robotic surgical console.
The ergonomics, the controls, the visual field — replicated with the precision required to build genuine transfer of skill from VR to the operating room.
Geometric Algebra physics engine.
Full-fidelity tissue interaction and instrument response on Meta Quest 3 — without the console, the cart, or the case room.
Objective performance analytics.
Every session generates measurable data: time, precision, economy of motion. Progress is visible — to the surgeon and to the program director.
No regulatory barrier to adoption.
ERMIS VR is a skills-training tool with no influence on live clinical decisions or cases — simplifying institutional onboarding.
Engineered for transfer of skill.
ERMIS VR is a clinical training instrument, not a game. Every module, every metric, and every interaction is built to produce skill that carries from the headset to the console to the operating room.
From the floor of live training workshops.
ERMIS VR is already in the headsets of surgeons training across multiple European markets. The headset goes on, the curriculum loads, the practice begins — no console, no cart, no case room required.
What surgeons say after the headset comes off.
Before using the platform, I wasn't interested in becoming a surgeon — my experience with laparoscopic surgery was difficult. After using ERMIS VR, I now know robotic surgery is what I want to do with my medical education.
The simulation of the exercises, the idea that it can be done in any space, and the ease of navigating the application.
Quite similar to the robotic platform. Comfortable to use.
The ability to train in various spaces.
The VR environment, the similarity of the exercises to the robot, and the synchronization of the hands with the controls.
The logic of the movements is very close to the mindset used on the robot — practically identical movements. Ease of use, plug and play; it doesn't require significant familiarization, and it offers training with significantly smaller hardware.
Bring console-grade training to your program — without waiting for console time.
Whether you're a hospital system, a surgical residency, a robotic training program, or an individual surgeon — ERMIS VR is built to deploy quickly and scale across your team.