The concept of the metaverse cannot be attributed to a single technology; rather, it represents a fundamental shift in our interaction with innovations as a whole. Platforms and interactive media are progressing beyond mobile devices and traditional video formats to embrace augmented reality/virtual reality (AR/VR) and three-dimensional (3D), providing inherently immersive and spatial experiences. Our perception of data has also changed, shifting from static formats to head-mounted displays that provide mixed reality experiences.
AR content management systems software liDAR, photogrammetry, and depth sensors play a crucial role during spatial mapping processes. They have been employed to create digital maps for autonomous vehicles, facilitate indoor navigation, and generate 3D models of real-world environments.
Within the metaverse framework, spatial mapping becomes an indispensable element that allows for the accurate replication of the physical world in a virtual realm. Through the detailed VR mapping of the natural reality, it becomes feasible to construct a metaverse that offers users a fully immersive experience closely resembling a creation.
SM (Spatial Mapping) is leveraged in the metaverse to generate VR representations of natural environments, enabling users to interact with them in real time. Essentially, each device in the metaverse needs to recognize its location context, including the surroundings, nearby objects' appearance, and the importance of elements like tables, chairs, windows, and roads. Spatial mapping is essential in providing devices with the ability to understand the context of their surroundings. Without it, we would not be able to create immersive environments within the metaverse.