Accurate, Reliable, and Safe Data Collection
Generate high-resolution digital twins, as-built models, and structural analyses with our state-of-the-art scanning technology.
Terrestrial laser scanning (TLS) is a ground-based technology that uses high-precision LiDAR scanners to capture detailed 3D spatial data. It is ideal for architectural documentation, infrastructure projects, and industrial site analysis.
As-built documentation, heritage conservation
Structural analysis, clash detection, quality control
Infrastructure & Transportation
Space optimization, renovation planning
Power plant assessments, pipeline inspections
Captures complex structures with millimeter precision
No need for physical contact with scanned surfaces
Reduces survey time compared to traditional methods
Tracks deformations over time
Converts scans into BIM-ready models
Our Approach to Terrestrial 3D Scanning
We begin with a strategic needs assessment, defining scanning objectives, key deliverables, and success metrics to align with project OKRs and KPIs. Our team evaluates site conditions, regulatory compliance requirements, and integration points with existing BIM and GIS ecosystems, ensuring an optimal data acquisition strategy.
Using high-density laser scanners, we deploy a structured data collection and validation process, ensuring that point cloud accuracy, spatial resolution, and georeferencing precision meet or exceed industry benchmarks. Our methodology is designed to reduce downtime, improve workflow efficiency, and ensure seamless interoperability with downstream design and engineering applications.
We don’t just deliver raw data—we provide actionable insights. Our team processes, analyzes, and integrates scanned datasets into BIM, GIS, and Digital Twin platforms, enabling real-time asset tracking, predictive maintenance planning, and operational efficiency improvements. Through performance analytics and KPI tracking, we help clients maximize the long-term value of their geospatial data investments.
Ready for BIM/CAD workflows
Floor plans, elevations, sections
Change detection for long-term monitoring
Accurate representations for design, engineering, and construction planning
Detailed Revit or IFC-compatible formats
Enhanced visualization & risk assessment
High-precision façade scanning for architectural restoration and preservation
Space calculation for real estate and property management
