We offer high-resolution aerial and geospatial data, including 3D digital twins and terrain models, tailored for construction, urban planning, and engineering professionals, ensuring precision and easy integration.
A comprehensive digital replica of your project's site provided in your preferred 3D file format, such as Rhino, SketchUp, Revit, Twinmotion, AutoCAD and more. This high-resolution 3D model includes sites, buildings, and structures, ready to import into AEC software programs to enhance project visualization and planning.
High-resolution 2D maps created from aerial imagery provide detailed and accurate surface representations. These maps are essential for site analysis, planning, and progress documentation, offering a clear and precise view of the project area.
Transform point clouds or geospatial 3D models into CAD and BIM geometry and native files. These detailed CAD and BIM models seamlessly integrate into your existing project designs, providing precise and actionable data for architectural, engineering, and construction needs, including as-builts.
Detailed digital terrain models (DTM), digital surface models (DSM), and elevation models offer comprehensive topographical insights. These models are crucial for environmental analysis, site planning, and infrastructure development, ensuring accurate terrain representation.
Thermal maps provide temperature-based insights, while LiDAR point clouds offer high-precision 3D representations of your project area. These data products are invaluable for energy audits, structural assessments, and detailed spatial analysis, enhancing your project's accuracy and efficiency.
High-resolution aerial imagery, 360 panoramas, and videos capture detailed visuals of your project site. These are essential for progress monitoring, site inspections, and stakeholder presentations, providing a clear and current view of your project's status.
A comprehensive digital replica of your project's site provided in your preferred 3D file format, such as Rhino, SketchUp, Revit, Twinmotion, AutoCAD and more. This high-resolution 3D model includes sites, buildings, and structures, ready to import into AEC software programs to enhance project visualization and planning.
High-resolution 2D maps created from aerial imagery provide detailed and accurate surface representations. These maps are essential for site analysis, planning, and progress documentation, offering a clear and precise view of the project area.
Transform point clouds or geospatial 3D models into CAD and BIM geometry and native files. These detailed CAD and BIM models seamlessly integrate into your existing project designs, providing precise and actionable data for architectural, engineering, and construction needs, including as-builts.
Detailed digital terrain models (DTM), digital surface models (DSM), and elevation models offer comprehensive topographical insights. These models are crucial for environmental analysis, site planning, and infrastructure development, ensuring accurate terrain representation.
Thermal maps provide temperature-based insights, while LiDAR point clouds offer high-precision 3D representations of your project area. These data products are invaluable for energy audits, structural assessments, and detailed spatial analysis, enhancing your project's accuracy and efficiency.
High-resolution aerial imagery, 360 panoramas, and videos capture detailed visuals of your project site. These are essential for progress monitoring, site inspections, and stakeholder presentations, providing a clear and current view of your project's status.
Optimize site planning and monitoring with 3D digital twins, CAD/BIM models, and orthomosaic maps. Use thermal and LiDAR data for structural assessments.
Enhance design and planning with 3D digital twins and terrain models. Visualize projects using high-res aerial imagery and orthomosaic maps.
Facilitate property assessments and development planning with 3D digital twins and aerial imagery. Use orthomosaic maps and CAD/BIM models for precise designs.
Conduct environmental analysis with terrain models, thermal maps, and LiDAR data. Use orthomosaic maps and aerial imagery for habitat mapping and impact assessments.