Reality Capture & Spatial Data Acquisition

Write High-accuracy spatial capture workflows using UAV photogrammetry, LiDAR, SLAM scanning and geospatial processing technologies.

Spatial Technologies delivers reliable, repeatable and survey-grade spatial datasets supporting construction, infrastructure, environmental, agriculture and asset management projects across Australia.

Contact to dicuss a Project
Wide-angle view from an elevated position over an active open-cut mine, LiDAR scan overlay visible on a ruggedized tablet screen held by an operator, natural site lighting, dust and machinery in background
Wide-angle view from an elevated position over an active open-cut mine, LiDAR scan overlay visible on a ruggedized tablet screen held by an operator, natural site lighting, dust and machinery in background
Field technician mounting a sensor bracket on the frame of a large construction excavator, overcast daylight, high-visibility vest, site mud visible on equipment, focus on hands and hardware
Field technician mounting a sensor bracket on the frame of a large construction excavator, overcast daylight, high-visibility vest, site mud visible on equipment, focus on hands and hardware
Over-the-shoulder view of a heavy vehicle operator inside a cab, proximity alert visible on a dashboard-mounted display, site lighting from safety floods, focus on the screen readout and operator's hands on controls
Over-the-shoulder view of a heavy vehicle operator inside a cab, proximity alert visible on a dashboard-mounted display, site lighting from safety floods, focus on the screen readout and operator's hands on controls

Specialist Reality Capture Capability

Specialist Capture Capability

Scalable Project Delivery

Surge Capacity

Spatial Technologies provides integrated reality capture services combining UAV operations, LiDAR, mobile SLAM scanning and advanced spatial processing workflows to support organisations requiring accurate and operationally reliable spatial data.

Our workflows are designed to support engineering, surveying, construction, infrastructure and environmental projects where data quality, repeatability and downstream usability are critical.

Independent Technical Expertise

Wide-angle view from an elevated position over an active open-cut mine, LiDAR scan overlay visible on a ruggedized tablet screen held by an operator, natural site lighting, dust and machinery in background
Wide-angle view from an elevated position over an active open-cut mine, LiDAR scan overlay visible on a ruggedized tablet screen held by an operator, natural site lighting, dust and machinery in background

QA-focused Spatial Workflows

Practical Field and Processing Support

Close-up of ruggedized sensor hardware installed on a logistics yard gantry, late afternoon flood lighting, power and data cables routed along the structure, concrete yard surface and parked trailers visible below
Close-up of ruggedized sensor hardware installed on a logistics yard gantry, late afternoon flood lighting, power and data cables routed along the structure, concrete yard surface and parked trailers visible below

Reality Capture Services

UAV Photogrammetry

  • Orthomosaics

  • Terrain models

  • Site progress monitoring

  • Volumetric analysis

  • Corridor mapping

  • Asset inspections

Deliverables are suitable for GIS, CAD, engineering and digital twin workflows.

UAV LiDAR

  • Orthomosaics

  • Terrain models

  • Site progress monitoring

  • Volumetric analysis

  • Corridor mapping

  • Asset inspections

LiDAR workflows support rapid acquisition of dense and highly accurate point cloud datasets.

Mobile SLAM Scanning

  • Indoor environments

  • Infrastructure assets

  • Industrial facilities

  • Confined environments

  • Construction verification

  • Digital twin generation

SLAM workflows provide fast and flexible capture capability where traditional surveying methods may be impractical.

Terrestrial Laser Scanning

  • Engineering projects

  • Infrastructure capture

  • Industrial environments

  • Asset documentation

  • Deformation monitoring

  • BIM workflows

Deliverables are suitable for GIS, CAD, engineering and digital twin workflows.

Digital Twin Workflows

  • Construction monitoring

  • Asset management

  • Engineering coordination

  • Inspection workflows

  • Spatial analysis

  • Operational planning

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Spatial Processing & Validation

Spatial Technologies provides structured processing and QA workflows designed to ensure datasets are reliable, repeatable and suitable for downstream operational use.

Processing services include:

  • Point cloud optimisation

  • Orthomosaic generation

  • Terrain modelling

  • Contour generation

  • Cut/fill analysis

  • Mesh generation

  • GIS-ready outputs

  • Quality assurance validation

  • Change detection workflows

Our workflows focus on practical deliverables rather than simply generating raw data.

Deliverables

Typical project deliverables include:

  • LAS / LAZ point clouds

  • Orthomosaics

  • DSM / DTM terrain models

  • Contours

  • Cut & Fill reports

  • Digital surface models

  • Mesh models

  • BIM-compatible outputs

  • GIS-ready datasets

  • Construction progress datasets

  • Inspection imagery & reporting

Technologies & Platforms

Spatial Technologies utilises modern reality capture technologies and spatial processing platforms including:

  • DJI Enterprise UAV platforms

  • LiDAR systems

  • Mobile SLAM systems

  • Pix4D workflows

  • GIS platforms

  • Cloud-based spatial processing workflows

  • Digital twin environments

Industries Supported

Our reality capture workflows support projects across:

  • Construction & Infrastructure

  • Surveying & Engineering

  • Mining & Quarry Operations

  • Agriculture & Environmental Monitoring

  • Utilities & Asset Management

  • Government & Local Authorities