University of Strasbourg

Antycip has partnered with the University of Strasbourg to advance immersive research and education through a new three-sided 3D CAVE system at the ICube laboratory.

Located within the ICube research centre, the installation strengthens the InVirtuo platform, part of the GAIA research cluster (Computer Graphics, Analysis and Artificial Intelligence), and contributes to the national EQUIPEX+ CONTINUUM programme focused on enabling collaborative continuity between digital systems and human interaction. The CAVE provides a shared immersive environment for exploring and interacting with complex 3D data in real time.

Designed and integrated by Antycip for the University of Strasbourg, the system features three projection screen faces, a custom mechanical support structure, next-generation BARCO I600 projectors and a precision-engineered floor surface. The configuration has been carefully calibrated to deliver seamless visual and geometric continuity, ensuring a stable and realistic immersive experience.

The platform enables users to move freely within a real-time rendered 3D environment that dynamically adapts to their viewpoint, supporting fully immersive interaction and collaboration across research and teaching activities within the university.

This technological configuration is based on the delivery of a three-sided immersive CAVE at the ICube laboratory at the University of Strasbourg, marking a milestone in the development of immersive academic infrastructures in France.

The installation enhances the InVirtuo platform, part of ICube’s GAIA research cluster (Computer Graphics, Analysis and Artificial Intelligence), and forms part of the national EQUIPEX+ CONTINUUM programme, which focuses on enabling collaborative continuity between digital systems and human interaction.

Designed and integrated by Antycip, the CAVE configuration presents three specialist projection screen faces, a custom mechanical support structure, next-generation BARCO I600 projectors and a high-precision custom floor surface.

The entire system has been carefully calibrated to deliver seamless visual and geometric continuity, ensuring a stable and realistic immersive experience.

Thanks to this architecture, users can move freely within a real-time rendered 3D environment that dynamically adapts to their viewpoint, enabling fully immersive interaction and collaboration.