Reality Capture

Accurate spatial data acquisition for buildings, infrastructure, industrial facilities, and complex physical environments.

Detailed 3D point cloud scan of a multi-story building and surrounding yard using LiDAR technology.

Capture Technologies

Using laser scanning, mobile mapping, photogrammetry, and imaging technologies, we capture existing conditions with the precision required for engineering, construction, operational, and digital workflows.

Mobile Laser Scanning

A smartphone mounted on a FARO Orbis laser scanner displaying a real-time 3D floor plan point cloud.

A surveyor in a yellow safety vest uses a 3D laser scanner on a tripod for a building site survey.

A handheld 3D scanner being used to digitize a Greek ceramic amphora vase and various 3D printed objects.

Capturing environments on the move using mobile mapping. Ideal for time-sensitive projects delivering fast, georeferenced point clouds with efficient coverage.

Static Laser Scanning

High-accuracy terrestrial scanning for environments requiring detailed geometry and precise documentation.

High Details Scanning

Delivering sub-millimeter accuracy. Essential for preservation, reverse engineering, and accurate 3D modeling

selective focus photography of flying quadcopter

Technician using a ground penetrating radar system for utility mapping on an asphalt road.

Drone Photogrammetry

Aerial documentation for terrain, facades, roofs, and large outdoor environments.

360 Imaging

Visual documentation integrated with spatial datasets for easier navigation and remote review.

Ground Penetrating Radar (GPR)

Non-destructive subsurface investigation used to detect buried utilities, structural elements, voids, reinforcement layouts, and underground anomalies before excavation, construction, or retrofit activities.

Outputs & Deliverables

Our deliverables are structured to support real engineering, construction, operational, and documentation workflows. Outputs are prepared in industry-standard formats to ensure smooth integration with existing design, BIM, GIS, and asset management environments.