SpatialTag allows precise augmentation of any real-world object, making it compatible with immersive environments. This technology is ideal for industries such as defense, training, and simulations, where real objects can be seamlessly integrated into virtual or augmented environments. Whether enhancing training scenarios with realistic props or simulating complex industrial processes, SpatialTag ensures accuracy and fidelity in virtual representations.

In gaming and LBE, SpatialTag enriches the gaming experience by integrating physical objects into virtual worlds. This innovation enhances immersion and interactivity, enabling game developers and LBE operators to create dynamic environments where physical and virtual elements coexist seamlessly. Players can interact with real-world objects that are digitally enhanced, providing a heightened sense of realism and engagement.

SpatialTag facilitates precise body motion capture, crucial for creating digital avatars and enhancing social virtual reality experiences. Whether for film production, where realistic character movements are essential, or social VR applications, where users interact using their full body, SpatialTag ensures accurate representation of physical movements in virtual spaces. This technology supports immersive storytelling and realistic social interactions in virtual environments.

SpatialTag provides stable spatial anchoring for augmented reality applications, ensuring precise and stable virtual overlays in physical space. This capability is essential for AR experiences where virtual objects need to be anchored to specific locations in the real world without drifting or inaccuracies. By maintaining spatial consistency, SpatialTag enhances user interaction with digital content overlaid onto the physical environment, offering seamless integration of virtual elements into everyday surroundings.