Remote sensing
We use the best of what it is to bring you closer to the key geospatial data that will help shape the future.
Aerial data capture
It combines geospatial data capture using aircraft, helicopters and unmanned systems.
LiDAR (ALS) data
Airborne laser scanning.
Orthophoto
Geometrically corrected and georeferenced photographs.
3D model
A three-dimensional representation of the surface.
Modelling
Design, simulation and optimisation of buildings and infrastructure.
Analysis and simulations
Demonstration of flood, landslide, fire and noise simulation.
Utility inspection of infrastructure
Using advanced lasers, high-resolution cameras and sensors to provide a comprehensive overview of networks and provide accurate insight, analysis and measurements.
Thermal (IR) inspections
Identification of thermal anomalies.
Corona (UV) reviews
Identification of UV anomalies and damage to materials.
Mapping
Visual (RGB) inspections, detection of material damage and mechanical defects.
Combination of LiDAR and RGB technology
Visual (RGB) inspection and LiDAR capture for a complete overview and accurate measurements.
Data capture
in the field
Use of dedicated vehicles and equipment to collect spatial and environmental data directly from the field.
LiDAR (MLS) data
Mobile laser surface scanning.
Panoramas and videos
Collection of georeferenced pictures and videos.
Infrastructure surveys
A detailed description of the types of infrastructure.
Traffic signalling
Accurate representation of horizontal and vertical traffic signalling.
Survey plan
Preparation of project documents and collection of public utilities.
Assessments and analyses
Damage detection and assessment of road damage.
Industries
- Geodesy
- Archaeology
- Public infrastructure
- Transport and urban planning
- Natural resources (hydrology, forestry and environmental studies)
- Renewable resources
- Insurance
