Motion Tracking
xtan explores motion tracking systems where stereo vision, spatial tracking, and geometry-aware sensing support the detection and analysis of movement in real-world environments.
Tracking movement in spatial environments
Motion tracking systems analyze how objects, tools, or people move through space. These systems are used in robotics, virtual production, sports analysis, XR systems, and industrial monitoring environments.
Potential for robotics, XR, and industrial systems
Motion tracking technologies help understand movement, trajectories, and dynamic environments. Geometry-aware sensing may support workflows where spatial perception contributes to navigation systems, gesture interfaces, machine monitoring, and interactive applications.
Why xtan can be relevant
xtan focuses on stereo vision, geometry-first interaction, and practical spatial systems. Within motion tracking environments this may support experimental perception pipelines, spatial motion analysis, and motion-aware interaction systems.