Transforming Human Interaction inExtended Reality

IRIS-XR is developing a new generation of Extended Reality technologies that combine advanced displays, ultra-fast eye and gesture tracking, and AI-driven multimodal interaction to create more immersive, adaptive, and human-centred virtual experiences.

The project validates its innovations through real-world pilots in mental healthcare, aviation training, and automotive design.

EU countries

Partners

Demonstrators

About the project

Shaping the Future of XR

IRIS-XR combines breakthrough advances across three technology pillars to create more natural, intelligent, and immersive XR experiences.

Pillar 1

Advanced XR Displays

Next-generation mini/micro-LED backlit displays delivering higher visual quality, improved contrast, reduced artefacts, enhanced colour reproduction, and lower power consumption for professional XR applications.

Pillar 2

Ultra-Fast Eye and Gesture Tracking

Novel sensing technologies enable sub-10 millisecond multimodal interaction and ultra-low latency eye tracking, delivering more accurate, robust, and energy-efficient user interaction.

Pillar 3

AI-Powered Multimodal Interaction

Intelligent software combines gaze, gesture, and depth information in real time, enabling adaptive and personalised XR experiences while preserving privacy through local processing.

Explore innovations

Three pilots demonstrating the real-world impact of next-generation XR technologies

Adaptive mixed reality experiences supporting cognitive stimulation and physical rehabilitation through precise eye tracking, gesture recognition, and personalised interaction.

Advanced XR headsets enabling highly realistic, sustainable, and cost-efficient flight simulation for professional pilot training.

Immersive collaborative environments allowing designers and engineers to interact naturally with high-fidelity digital twins throughout the vehicle development process.

Discover the pilots

A joint effort

IRIS-XR brings together world-class expertise in artificial intelligence, sensing technologies, XR hardware, simulation systems, healthcare innovation, and industrial applications.

Together, the consortium is building the foundations for the next generation of human-centred immersive technologies.