MipMap connects buildings, indoor spaces, urban assets and citywide systems through accurate 3D models. Static geometry becomes a continuously useful digital twin when it is linked with BIM, GIS, IoT and real-time operational data.
Building models are created at the level of detail the task actually requires — from a simple footprint to an information-rich interior model. This keeps production efficient while preserving the accuracy needed for planning, analysis and operations.
Terrain, buildings and urban structures are assembled as one seamless three-dimensional environment. Automated feature extraction and AI-assisted corrections speed up production without losing the consistency needed for citywide use.
Accurate 2D and 3D indoor maps make complex facilities visible, searchable and easier to operate. Existing CAD, BIM and floor-plan data can be connected with live information about rooms, assets and occupancy.
An indoor positioning system acts as an indoor GPS, locating people and objects in places where satellite signals are weak or unavailable. It creates a practical layer for routing, collaboration and space use.
A digital twin connects the physical asset with its virtual counterpart for continuous monitoring, analysis and scenario testing. BIM provides detailed building information; GeoBIM places that information in its wider geographic and infrastructure context.
Test alternatives, forecast impacts and coordinate assets through a shared model before applying decisions in the real environment.
City intelligence grows when information from transport, energy, buildings, environment and public services can be collected, analysed and shared securely. The digital twin provides a spatial foundation for IoT, BMS, AI and augmented-reality applications.
Immersive interfaces make complex spatial data easier to understand and act upon. Digital twins can support virtual inspections, training and public engagement while allowing teams to experience planned policy or infrastructure changes before they become physical.