To answer the question, What is spatial computing? for those new to the concept, spatial computing represents a technological leap that combines the real and virtual worlds, enabling us to interact and navigate digital content in three-dimensional space. It goes beyond traditional interfaces, allowing us to seamlessly integrate virtual objects and information into our physical surroundings. Spatial computing enhances our perception, creating immersive experiences that have the potential to reshape industries and enhance productivity in unimaginable ways, such as with spatial computing glasses.
AR is a key component of spatial computing, offering real-time digital overlays on the physical world. It enriches our surroundings with contextual information, virtual objects and interactive elements, enhancing our understanding and interaction with the environment. From retail and healthcare to education and entertainment, AR has the power to transform many sectors, providing valuable insights, improving decision-making and enhancing user experiences.
VR takes us on a journey to entirely virtual environments, offering immersive experiences that transport us to new realms. With spatial computing, VR becomes even more immersive as we can move and interact within these digital worlds, breaking down the barriers of physical limitations. The potential applications of VR range from gaming and simulation training to architectural design and mental well-being, offering experiences that previously existed only in our imagination.
