Unreal Virtual Production
xtan can be used in Unreal Engine virtual production workflows where gesture interaction, spatial tracking, and geometry-aware input may support camera control, stage interaction, and real-time production environments.
Gesture interaction for virtual production stages
Unreal Engine is widely used for virtual production systems including LED stages, real-time environments, and film production workflows. xtan can be used to explore gesture-based interaction concepts that connect motion, spatial tracking, and real-time scene control.
Potential for spatial camera and scene control
Virtual production environments often combine real cameras, digital sets, and real-time rendering systems. Motion-aware tracking may support new ways of interacting with scenes, controlling camera rigs, and navigating complex production environments.
Why xtan can be relevant
xtan focuses on stereo vision, geometry-first interaction, and practical spatial systems. Within Unreal virtual production environments this may support gesture-assisted control, spatial interaction experiments, and new approaches to interacting with real-time film production systems.