Geospatial solutions
We use advanced technology and innovative approaches to accurately capture and display spatial data.
Integrated
management
of geospatial
data.
Integrated geospatial data management
Photogrammetry
Orthophotos and orthophotos
3D reconstructions
Oblique images
Light Detection and Ranging (LiDAR)
Classified 3D point cloud
Digital Surface Model (DSM)
Digital Terrain Model (DTM)
Data visualisation
2D and 3D models
360° panoramas and videos
GeoBIM
Virtual reality (VR)
Flycom Technologies
Data processing
Modelling, simulation and analysis
Data models
Algorithm development
Utility inspection of infrastructure
Electricity network
Railway network
Road network
Gas pipeline
Data integration
Data aggregation
Databases
Data storage
Photogrammetry
True orthophoto
Advanced digital photogrammetry product that utilizes high-density image capture to georeference and refine images, accurately mapping the tops of buildings, bridges, and other structures. It eliminates perspective distortions, making it a precise foundation for cartography and spatial analysis.
Light Detection and Ranging (LiDAR)
Presenting data in a variety of ways to make it easier to understand, analyse and use spatial data.
Comparison of DTM and DSM:
Classified 3D laser point cloud
The raw LiDAR data is represented as a point cloud. By processing these points, they are classified according to their characteristics, which is a crucial step for an accurate 3D representation of terrain, objects and vegetation.
DSM (Digital Surface Model)
Showing the surface elevation with all buildings, vegetation and infrastructure. Important for visualising cities, urban planning and assessing height changes.
DTM (Digital Terrain Model)
Showing the bare height difference of the terrain without objects, trees and buildings. Used for hydrological studies, erosion analysis and engineering design.
Data visualisation
Presenting data in a variety of ways to make it easier to understand, analyse and use spatial data.
Geospatial data processing and analysis
3D modelling
Flood simulations
Measurements and analysis
Horizontal traffic signalling
Vertical traffic signalling
Damage assessment of road surfaces
Analysis of flood zones
2D topography
Water image segmentation
Reviews of different infrastructures
Multi-modal capture combining the use of different sensors and technologies,
such as LiDAR, terrmography, UV, IR and RGB.
Data integration
Data aggregation
Combining different data to produce multivariate analyses.
Advanced analysis
Using advanced algorithms, multi-dimensional data and interactive visualisations to solve complex spatial issues.
Advanced technology and tools
Managing large amounts of geospatial data, pattern recognition, machine learning, Big Data, 3D and 4D analysis.
