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Capture Services

Accurate reality data | actionable models | confident decisions

We deliver end‑to‑end spatial data solutions, capturing real‑world conditions, processing them with advanced techniques, and delivering high‑value digital outputs tailored to design, construction, inspection, and operations.



Drone LiDAR

High‑density 3D geometry of terrain, buildings, and infrastructure well suited for large or visually complex sites.

Outputs: Point clouds · Surface models · Volumetrics

Drone LiDAR → Processing → 3D Geometry


Drone Photogrammetry

Overlapping aerial imagery transformed into accurate maps and detailed 3D models for context and documentation.

Outputs: Orthomosaics · 3D meshes · Point clouds

Drone Images → Photogrammetry → Maps & Models


Drone Thermal

Infrared aerial data revealing temperature patterns and anomalies without physical contact.

Outputs: Thermal maps · Heat overlays · Visual reports

Thermal Capture → Processing → Heat Maps


Mobile SLAM LiDAR

Rapid 3D capture of indoor and complex spaces using portable LiDAR systems ideal where GPS or drones aren’t practical.

Outputs: Point clouds · Floor layouts · 3D geometry

Mobile LiDAR → SLAM Processing → Spatial Models


Mobile SLAM Thermal

Thermal data combined with spatial positioning to visualize temperature variation across interior and exterior environments.

Outputs: Thermal point clouds · Heat‑mapped models

SLAM + Thermal → Fusion → 3D Thermal Data


360º Image Capture

High‑resolution panoramic imagery for immersive documentation and visual walkthroughs.

Outputs: Virtual tours · Visual records

360° Images → Stitching → Immersive Views

Processing Techniques

Describe this section.


1

Photogrammetry 

Converts overlapping imagery into spatially consistent 2D and 3D datasets. 

2

Thermogrammetry 

Processes thermal imagery into aligned temperature maps for diagnostics and analysis. 

3

Gaussian Splatting 

Neural rendering technique producing smooth, photorealistic 3D scenes for visualization and presentation. 
(Images / Video → Gaussian Splatting → Immersive 3D Scene) 

Data Outputs

The final digital deliverables produced from processed capture data, designed for visualization, analysis, documentation, and decision‑making across design, construction, real estate, and industrial workflows.


Orthomosaics

A seamless, map‑aligned image created by stitching together multiple overlapping aerial photographs. Orthomosaics provide a consistent visual representation of a site, corrected for perspective and terrain distortion.

Best for: AEC · Planning · Real estate · Site documentation

Gaussian Splat Models

A photorealistic 3D scene representation optimized for real‑time viewing and immersive visualization. Gaussian Splats preserve visual detail and continuity without requiring traditional mesh geometry.

Best for: Visualization · Digital twins · Real estate · Stakeholder communication

Point Clouds

A three‑dimensional dataset composed of millions of individual points, each representing a location in space. Point clouds form the foundation for many spatial workflows and act as a flexible source for modeling, analysis, and visualization.

Best for: AEC · Industrial · Facilities · Existing‑conditions modeling

3D Mesh Models

A continuous surface model created by connecting spatial data into faces and polygons, forming a complete three‑dimensional representation of objects or environments. Mesh models balance geometric structure with visual clarity.

Best for: Visualization · Digital twins · Design review · Simulation

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