Vulkan
xtan can be used with Vulkan-based workflows where high-performance rendering, spatial tracking, and stereo vision may support real-time graphics systems, simulation environments, and advanced 3D applications.
High-performance graphics and rendering
Vulkan is a low-level graphics API designed for high-performance rendering and efficient GPU utilization. xtan can be used to explore stereo vision and spatial interaction systems that integrate with real-time rendering pipelines.
Potential for simulation and spatial computing
Vulkan is widely used in game engines, simulation systems, and high-performance visualization environments. Motion-aware tracking may support experimental spatial interfaces and interaction systems within GPU-accelerated graphics platforms.
Why xtan can be relevant
xtan focuses on stereo vision, geometry-first interaction, and practical spatial systems. Within Vulkan ecosystems this may support advanced spatial computing applications, gesture-driven interaction systems, and experimental real-time visualization tools.