The INDUX-R consortium recently gathered at the UTAC Linas-Montlhéry Autodrome for its 5th Plenary Meeting, marking a key milestone in the project’s journey toward large-scale industrial deployment. Partners reviewed the significant progress achieved to date, aligned on the final phases of implementation, and prepared for the upcoming validation activities that will demonstrate the impact of […]
During the INDUX-R UC2 dry run, by Acciaierie d’Italia, AR and VR technologies demonstrated strong potential to enhance industrial training and operations. The results highlight AR and VR as valuable tools for improving efficiency, training, and operational performance. The experience confirmed their potential to make industrial workflows more guided and effective, with further use planned in upcoming project phases. Read the Press Release
We are excited to share that CERTH article, “Overcoming occlusions in AR, via multi-view, real-time 3D human pose estimation,” has been published in Machine Vision and Applications, Springer. The developed system gives users “X-Ray vision” to enhance situational awareness in in dynamic environments where visibility is compromised, potentially benefiting various applications, from industrial inspection and safety, first response scenarios […]
ShinyNeRF: Digitizing Anisotropic Appearance in Neural Radiance Fields is presented at the 11th International ISPRS / CIPA Workshop, within the framework of the INDUX-R project. The work introduces ShinyNeRF, a novel NeRF-based approach for highfidelity 3D digitization of cultural heritage objects, addressing the challenge of anisotropic specular surfaces (e.g. brushed metals). By accurately modeling surface normals, […]
INDUX-R proudly participated in the UnitedXR 2025 Expo in Brussels, hosting a booth in the EU Village. Over the three days, visitors to our booth had the chance to experience a range of cutting-edge demonstrations. They were immersed in a virtual reality presentation of UC1, trained in the maintenance of a Hot Dip Galvanizing line (UC2), performed a surgical operation in a […]
The European INDUX-R project successfully concluded its 4th Plenary Meeting in Geneva, marking a critical transition from advanced technological development to large-scale pilot activities and validation of its Extended Reality (XR) applications. Download the Press Release
The partners of the European project INDUX-R – Transforming European Industrial Ecosystems through eXtended Reality enhanced by human-centric AI and secure, 5G-enabled IoT are conveing for their 4th Plenary Meeting. The two-day session will take place on November 20-21, 2025, at the Centre de l’Innovation, Geneva University Hospitals (HUG). You can download the Press Release in pdf format.
Ektacom is pushing the boundaries of immersive technology once again. Our NOMADE Cars sensors are now embedded in a remote-controlled car, allowing us to test latency in real-world conditions — a crucial step toward achieving ultra-smooth, real-time sports experiences. This milestone marks significant progress within the InduX-R project, bringing us closer to redefining how audiences engage with live sports through XR innovation. […]
Ektacom is proud to share the latest progress in developing cutting-edge embedded equipment for racing cars! 🚀 Our first milestone within INDUX-R project is focused on building a robust technology to capture high-quality data during field tests, paving the way for deeper insights and enhanced performance analytics. The new system seamlessly integrates multiple onboard sensors, operating in perfect […]
🏆 Exciting News! We are thrilled to share that ORamaVR paper “Neural-GASh: A CGA-based neural radiance prediction pipeline for real-time shading” has received the GA Computing Award at ENGAGE @ CGI 2025 in Hong Kong, China (July 14th, 2025)! 🎉 Check out the paper here https://arxiv.org/abs/2507.13917! A huge shoutout to the team for their incredible work. The paper proudly acknowledges INDUX-R, highlighting our cutting-edge contributions to the […]
INDUX-R envisions a
human-centric XR ecosystem that will transform European industrial sectors by empowering humans and creating innovative XR products and services of significant added value
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This project has received funding from the European Union’s Horizon Europe Research and Innovation Programme under Grant Agreement No 101135556