AI and geospatial analytics
Instead of reviewing thousands of images by hand, we use AI models to count and classify objects and detect change automatically. The principle is simple: AI turns data into insight.
What’s included
- AI-assisted image analysis
- Object detection
- Building detection
- Road extraction
- Vehicle detection
- Tree detection
- Land cover classification
- Building segmentation
- Change analysis
- Automated damage detection
- Point cloud AI
- Image classification
- Agricultural AI
- Solar panel analysis
- Thermal anomaly detection
- Automated reporting
- Predictive spatial analytics
Data → AI → insight
Orthomosaics, point clouds and thermal imagery run through AI models to produce georeferenced feature layers, counts and classification maps you can query directly in GIS.
Validation
Automated results are manually checked in sample areas and an accuracy rate is reported. For critical decisions, AI output speeds up expert review — it doesn’t replace it.
Repeatable analysis
The same model runs with the same criteria every period, so differences between surveys reflect real change on the ground, not a change in method.
Deliverables from this service
Orthomosaic
A georeferenced, distortion-corrected aerial image mosaic you can measure directly from.
GeoTIFF, ECW, JPEG 2000Progress monitoring
A dated record of surface change and construction progress, built by comparing surveys flown on different dates.
GeoTIFF, SHP, PDFIndustries we serve with it
Agriculture
No field yields evenly. We map crop health with multispectral imagery, flag problem areas early, and help you put inputs where they’re actually needed.
Environment and forestry
Change in natural landscapes is slow but lasting. We monitor forest cover, erosion, water resources and land use with measurable data, giving environmental decisions a solid evidence base.
Disaster response and damage assessment
In the first hours after a disaster, an accurate, up-to-date map is critical. We map the affected area quickly, identify damage through before/after comparison, and provide a base for reconstruction.
FAQs
What can the AI detect?
Features that stand out in the imagery — buildings, roads, vehicles, trees, solar panels, stockpiles. For project-specific objects, the model is trained on sample data.
How reliable are the results?
Accuracy depends on image resolution, object type and training data. Every delivery states the accuracy rate measured in control areas.
How is it used for damage assessment?
Pre- and post-event imagery is compared and damaged buildings are flagged automatically, then confirmed by expert review.
Related services
GIS and spatial intelligence
Geographic information systems, spatial data management, PostGIS, raster and vector analysis, terrain and suitability analysis, change detection, 3D GIS, WebGIS and decision support.
Inspection and asset management
Drone inspections of solar and wind farms, power lines, roofs, buildings, bridges and infrastructure; thermal inspection, damage assessment, asset inventories and periodic condition monitoring.
Monitoring and change detection
Construction and mine progress monitoring, cut-and-fill change, development, forest, coastline, erosion and landslide monitoring; time-series orthomosaics, 4D GIS and scheduled flights.