01 / Object extraction
Buildings, roads, vegetation
Extracting objects from imagery and models to create thematic layers and support territory inventories.
AI / 3D / spatial intelligence
Neural networks see
more in geospatial data.
We extract objects, thematic layers, and elevation characteristics from satellite imagery, aerial photography, and 3D stereo models—for cities, design, telecom infrastructure, and territory analysis.
up to 3 m building-height estimation
from satellite imagery
from satellite imagery
up to 30 cm object heights from
3D stereo models
3D stereo models
AI + 3D object extraction and
spatial analysis
spatial analysis
Neural networks for geospatial data
Turning pixels into spatial data
Neural-network methods accelerate the processing of large territories: they help detect and classify objects, assess their characteristics, and create thematic layers for further work in GIS and 3D environments.
Not just an image or a model, but
structured information about a territory,
ready for analysis and decision-making.
Scalable processing
We automate routine operations across large areas while maintaining expert review wherever results require additional verification.
Capabilities
AI-powered geoanalytics
We select the technology and source data according to the required level of detail, territory, target product, and acceptable accuracy.
02 / Elevation data
Heights and 3D attributes
Estimating the height of buildings and objects from satellite imagery or precise 3D stereo models.
03 / Change detection
Territory monitoring
Comparing data from different periods to identify new construction, object changes, and territory conditions.
04 / Analysis
Design and telecom
Preparing data for elevation-based design, solar access studies, visibility analysis, and telecom network planning.
AI height extraction / satellite imagery
up to 3 m height estimation accuracy
Satellite imagery + AI
Building heights
at city scale
We derive building elevation characteristics from satellite imagery with accuracy of up to 3 metres. This makes it possible to rapidly obtain an initial height context across large territories without detailed surveying of every individual site.
- Building-height estimation and creation of elevation thematic layers
- Analysis of urban development, density, and block height profiles
- Source data for preliminary design and telecom projects
- Rapid coverage of large cities, districts, and extended territories
3D stereo model + AI
When higher detail matters
01
A unified 3D environment
We use a 3D stereo model of the territory as a spatial foundation for analysing objects and their relative positions.
02
Heights accurate to 30 cm
We extract elevation characteristics of buildings and objects from stereo models with accuracy of up to 30 cm.
03
Automated classification
We identify buildings, development elements, roads, vegetation, and other object classes for thematic layers.
04
Data for engineering tasks
We deliver results for elevation-based design, spatial analysis, GIS, and information systems.
3D CITY MODEL / HEIGHTS / VISIBILITY / COVERAGE
Telecom and elevation-based design
The city as a signal propagation environment
Building heights, development density, and the territory's 3D context are essential when planning telecom infrastructure. Neural networks and 3D data help rapidly prepare the spatial foundation required for these tasks.
- Building height models for urban-environment analysis
- Preparing 3D data for visibility and coverage-area assessment
- Analysis of obstacles, development density, and infrastructure placement
- Thematic layers for integration with GIS and specialised systems
Processing results
Data ready for decisions
Object thematic layers
Buildings, roads, vegetation, infrastructure, and other object classes for GIS and information systems.
Building heights from satellite imagery
Height estimates accurate to 3 metres for rapid analysis of large territories.
Heights from 3D stereo models
Object elevation characteristics accurate to 30 cm for more detailed tasks.
3D models and attribute data
Structured spatial information for design, analysis, and digital twins.
Materials for telecom projects
A spatial foundation for assessing heights, visibility, obstacles, and network planning.
AI GEO DATA / CLASSIFICATION / HEIGHTS
From an image to a measurable territory model
We combine neural-network analysis, 3D modelling, and geospatial expertise.
GeoMineGroup
Put neural networks to work for your territory
Describe the territory, available source data, and the desired result. We will select the processing technology, required accuracy, and data delivery format.
Contact us