How We Capture Reality: Technology That Sees Everything
Our multi-platform approach deploys the right sensor for every scenario — ensuring no surface goes unmeasured and no detail is lost.
Terrestrial Laser Scanning (TLS)
High-density, survey-grade static scanning using phase-shift and time-of-flight instruments achieving positional accuracies of ±1–2 mm at ranges up to 350 m. Ideal for complex plant environments, confined spaces, and applications requiring the highest geometric fidelity — from refinery pipe racks to heritage façades.
Aerial LiDAR (UAV & Manned )
Drone-mounted and helicopter-borne LiDAR sensors capturing up to 1.5 million points per second across large-area sites, linear corridors, and elevated structures inaccessible to ground crews. Fully integrated with RTK/PPK GNSS and IMU systems delivering vertical accuracies of ±2–5 cm over kilometer-scale projects.
Mobile Mapping & SLAM LiDAR
Handheld and vehicle-mounted SLAM (Simultaneous Localization and Mapping) scanners enabling rapid walkthrough capture of tunnels, corridors, building interiors, and underground mining environments at speeds 10× faster than static methods — without sacrificing centimeter-level accuracy.
Hybrid Workflows
Our most complex projects combine all three platforms into a single georeferenced dataset. Terrestrial scans anchor millimeter-precision detail, aerial LiDAR extends coverage across inaccessible zones, and SLAM fills the gaps — all registered into one seamless, survey-controlled point cloud.