In development
GeoAI & Remote Sensing
Analyse satellite and drone imagery — change detection, land-cover classification, environmental monitoring and predictive geospatial analytics.
Explore
In development
AI Mapping & Feature Extraction
Extract buildings, roads, kerbs, boundaries and utilities automatically from imagery and point clouds, then convert to CAD/GIS-ready outputs.
Under active development. Not yet released.
Overview
This solution area covers assisted feature extraction from orthophotos, drone imagery, satellite imagery and point clouds, delivered by GIS Mappers as a workflow capability. Outputs and supported feature types are confirmed for each proposed deployment.
Any demonstration output requires human review before it can be considered a deliverable.
Key features
- Building extraction
- Road extraction
- Kerb line detection
- Utility feature detection
- Boundary extraction
- Land use classification
- Orthophoto to CAD
- Point cloud to CAD
Formats & integrations
Inputs and outputs
Inputs
- Orthomosaic & satellite images
- Drone images
- Point clouds, LAS/LAZ
- GeoTIFFs
- CAD reference layers
- Training datasets
Outputs
- Building footprints & road centrelines
- Kerb & boundary lines
- Classified GIS layers
- DXF / DWG exports
- QA layers
- Feature extraction reports
Designed for
Industries & workflows
Designed for survey, GIS, CAD, hydrographic and engineering workflows across these sectors.
- Engineering & Construction
- Marine & Coastal
- Ports & Harbours
- Renewable Energy
- Water & Utilities
- Roads & Infrastructure
Questions, answered
Is the AI output ready to use?
No general production-readiness claim is made. Demonstration outputs require human review and the acceptance criteria must be agreed for each use case.
Can it be trained on our data?
Data requirements and model suitability are assessed during enquiry; no compatibility is assumed without a technical review.
More solution areas
Available for demonstration
Topographic Survey Software
Process topographic survey data from GNSS, total stations, drones, LiDAR and point clouds into surfaces, contours, volumes and automated CAD deliverables.
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Hydrographic & Bathymetric Software
Process single-beam and multibeam echo-sounder data with tide and sound-velocity corrections, dredging volumes, cross-sections and chart/report preparation.
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