Source review
Confirm scope, accuracy, formats, coordinates and intended use.
Capabilities
Production organized around a usable result
Source data, accuracy and intended use define the workflow. These capabilities can be combined without forcing the project into a fixed package.
Architecture and campus modeling
Buildings, floors, roads and sites modeled from CAD, BIM, drawings, imagery or reference data.
Industrial asset modeling
Equipment forms, critical components and connections modeled for visualization, operations or training.
Reality data processing
Point cloud and photogrammetry cleanup, reconstruction, segmentation and optimization.
Digital twin assets
Consistent names, hierarchy, materials and coordinates ready for live business data.
Delivery Standard
Acceptance criteria before delivery
Specific values depend on the source data and target environment. Applicable criteria are agreed at the start instead of relying on vague quality labels.
| Geometric accuracy | Agreed outline, dimensions, structure and detail based on source data and use case |
|---|---|
| Asset hierarchy | Clear names and groups for buildings, floors, systems, equipment or components |
| Materials | PBR or lightweight materials balanced for visual quality and real-time use |
| Coordinates and units | Consistent origin, axes, scale and measurement units |
| Formats | FBX, OBJ, GLB/GLTF, 3D Tiles, IFC or other agreed formats |
| QA package | Delivery manifest, version notes and visual review output |
Workflow
Approve a pilot before batch production
A representative pilot validates source quality, accuracy, visual language, hierarchy and performance early in the project.
Pilot approval
Lock hierarchy, detail, materials and performance on a representative asset.
Batch production
Model, review and preview assets against the agreed manifest.
Final validation
Verify files, versions, hierarchy, performance and delivery notes.
FAQ
Frequently asked questions
What files are needed for a 3D modeling project?
Useful inputs include CAD, BIM, point clouds, photos, video, photogrammetry, dimensions and existing models. We assess what accuracy the available data can support before production.
Can you build a model from photos only?
Yes for appearance and presentation-level modeling. Dimensional or engineering accuracy usually requires measurements, drawings or point cloud data as well.
Can the models be used in a real-time 3D engine?
Yes. Topology, materials, textures, hierarchy and level of detail can be prepared for WebGL, Three.js, Cesium, Unity or Unreal workflows.
How is the project timeline estimated?
Timing depends on asset count, complexity, source-data quality, required detail, revision workflow and delivery formats. We define scope and review milestones after inspecting the files.