Architecture and campus digital twins
Buildings, floors, rooms, roads and sites connected to positioning, asset and operations data.
Typical sources: Drawings, BIM, point clouds and aerial imagery
Industry Solutions
Modeling, optimization and engine capabilities combined around spaces, equipment and data relationships. Each application receives its own acceptance criteria.
Buildings, floors, rooms, roads and sites connected to positioning, asset and operations data.
Typical sources: Drawings, BIM, point clouds and aerial imagery
Structured assets for equipment status, alarms, process data, maintenance and training.
Typical sources: Mechanical drawings, photos, CAD and dimensions
Large terrain, roads, bridges, tunnels and reality models prepared for streaming.
Typical sources: Imagery, point clouds, GIS and existing models
Sites, utility networks, facilities and critical equipment balanced for spatial accuracy and runtime performance.
Typical sources: Drawings, point clouds, BIM and equipment data
Warehouses, racks, docks, routes and positioning objects prepared for operational visualization.
Typical sources: Plans, equipment lists, photos and coordinates
Browser-based product experiences, explainers, configurators and training scenes.
Typical sources: Product data, scripts and interaction requirements
Detailed Scenarios
Each page defines sources, workflow, risks and delivery standards for a distinct production or runtime scenario.
Decision Framework
A project may use manual modeling, BIM or CAD conversion, point cloud reconstruction, photogrammetry or a hybrid workflow. The decision is based on data, accuracy, structure and performance.
Confirm scope, accuracy, formats, coordinates and intended use.
Lock hierarchy, detail, materials and performance on a representative asset.
Model, review and preview assets against the agreed manifest.
Verify files, versions, hierarchy, performance and delivery notes.
Project Contact
Include the asset scope, available source data, intended use and preferred formats. We will identify the right modeling and engine workflow.