The World’s 1st Medical AI Powered XR Intubation Simulation

AI Powered XR Simulation Case Study Overview

AI Powered XR Intubation Simulation is a groundbreaking Medical AI Agent developed by Lucid Reality Labs, in partnership with Medtronic and Prof. Dr Patrick Schoettker, Head of Anesthesiology at Lausanne University Hospital (CHUV), that redefines how clinicians learn and practise complex airway procedures.

The experience combines AI-assisted clinical training with XR-based practice to make high-stakes medical training safer, more effective, and globally accessible.

Every day, anesthesiologists face one of the most critical moments in patient care — intubation. When a patient is placed under general anaesthesia, they stop breathing and a tube must be inserted into the trachea to allow artificial ventilation.

As Dr Patrick Schoettker explains, “Traditionally, learning intubation has relied on mannequins, occasional clinical opportunities, and supervised repetition. But now, extended reality is transforming how we train.”

With AI-Powered XR Intubation Simulation, clinicians can step into a lifelike environment, practise the full intubation procedure, and refine their technique with unlimited repetition and without any risk to real patients. The system tracks every motion, enabling procedural reference and validation feedback on timing, precision, and safety. For educators, this creates a scalable framework for consistent, standardised teaching; for learners, it builds confidence and competence before entering the operating room.

At the centre of the experience is an AI medical mentor, inspired by Dr Schoettker himself, a digital expert that observes each trainee’s actions and provides context-aware assistance during the simulation. The mentor analyses decisions, corrects errors in real time, and adapts guidance to each learner’s skill level.

This combination of AI-supported procedural learning and XR immersion replicates expert-led education and ensures that every participant receives the same level of precision and support, regardless of location.

This new approach solves a global challenge: the shortage of medical educators and limited access to high-fidelity training. By using XR and AI together, hospitals and universities can scale clinical education to thousands of practitioners simultaneously, maintaining the same quality and safety standards as in traditional in-person training.

Results of AI Powered XR Intubation Simulation

AI-Powered XR Intubation Simulation’s effectiveness has been scientifically validated. A peer-reviewed study published in the British Journal of Anaesthesia demonstrated measurable improvements in skill acquisition, speed, and confidence among clinicians using the XR simulation.

437 clinicians from 18 countries completed 491 intubation sessions.

71 % rated the simulation highly effective for teaching; 65 % planned to adopt it for continuous education.

Participants showed stronger procedural understanding, improved accuracy, and faster performance.

AI-supported feedback accelerated learning curves and enhanced long-term skill retention.

These findings confirm that combining XR practice with AI-supported procedural learning can contribute to safer, faster, and more consistent training outcomes — helping address critical gaps in medical education.

Another academic review, published in 2025 in Anesthesiology Clinics, examined technology-enhanced airway training and described how immersive environments and AI-supported learning tools enable risk-free practice, structured AI-powered feedback, and broader access to high-quality medical education.

The review notes that immersive virtual environments allow clinicians to practice procedures in realistic scenario-based XR simulation while receiving immediate context-aware assistance and expert feedback, helping refine skills and decision-making before performing procedures on patients.

Recognition and Global Impact of AI Powered XR Intubation Simulation

The project was presented at the Samsung Galaxy XR Launch Event 2025, where Samsung, Google, and Qualcomm showcased it as one of the most advanced real-world healthcare applications of XR. Demonstrated live by Dr Schoettker, the case illustrated how extended reality and artificial intelligence together empower clinicians to train continuously, anywhere in the world, while maintaining medical precision and safety.

The AI Powered XR Intubation Simulation received international recognition, earning top honours at the Webby Awards, Telly Awards, and Laval Virtual Auggie Awards for excellence in AI and XR innovation. This achievement highlights its influence as a transformative advancement in medical education — a solution that not only elevates technical training but also strengthens confidence and readiness for real clinical practice.

By bringing together the power of AI reasoning and XR immersion, Lucid Reality Labs and Medtronic have created a new paradigm for medical training. This approach allows clinicians to learn in a fully controlled, repeatable, and data-driven environment, advancing patient safety and professional performance on a global scale.

The AI-Powered XR Intubation Simulation stands as proof that the future of healthcare education is intelligent, scalable, and deeply human — a future where technology enables every clinician to deliver the best possible care.