With digital maps, the exact location of the camera within the map can be precisely determined.

In complex indoor spaces where GPS signals are not available, mobile devices' location detection, which is more precise than GPS, is possible.

By adding photo information to the digital map, you can create a spatial model for industrial XR solutions.

Once the spatial model is uploaded to the web, various field support tools such as remote training and digital twins can be utilized.

Using precise terrain data and vivid imagery from digital maps, accurate information about space can be provided to AI and robots.

Researchers can augment a single target space into numerous spaces (by arbitrarily placing various objects), accelerating AI-robot simulation research.

Digital maps can be converted into 3D models compatible with Building Information Modeling (BIM).

Sections of the digital map can be converted into 2D drawings compatible with Computer-Aided Design (CAD).

To perform the conversion, the use of third-party software such as PointCAB is necessary.

Operator can easily and conveniently record precise terrain and vivid photos of the site.

Daily progress can be swiftly documented and collaborated on via the web.

For web collaboration, the use of third-party software such as PointCAB Nebula is required.

By adding photo information to the digital map, an immersive metaverse space can be created where users can explore freely.

It can be used for various purposes such as space promotion, special exhibitions, and online shopping.

For web viewing, a third-party software such as Shapespark can be utilized.