Gesture Control
xtan explores gesture control systems where stereo vision, spatial tracking, and geometry-aware sensing enable motion-based interaction with digital tools, machines, and real-time environments.
Natural interaction with digital systems
Gesture control allows users to interact with digital systems using natural body movement instead of traditional input devices. Stereo vision pipelines may support experimental setups where spatial motion and hand gestures influence software interfaces and interactive environments.
Potential for professional workflows
Gesture-based interaction is increasingly explored in fields such as virtual production, design tools, robotics control, and spatial computing systems. Geometry-aware tracking may support workflows where motion becomes a structured input method for complex systems.
Why xtan can be relevant
xtan focuses on stereo vision, geometry-first interaction, and practical spatial systems. Within gesture control environments this may support motion-aware interfaces, experimental input systems, and interaction models that connect spatial movement with digital tools.