Solutions

The problems we help solve

Mines and quarries

Monitoring ground and slope movements, and assessing surface and volume changes.

Infrastructure

Deformation and stability assessment for dams, highways, railways and infrastructure corridors.

Public sector and engineering projects

Site assessment, prioritisation and technical reporting for landslides and other natural hazards.

Services

From data to engineering decisions

We integrate satellite, airborne and field data for mining, energy, infrastructure and engineering projects in Türkiye.

Satellite-based deformation monitoring / InSAR

Deformation analysis using InSAR time series for landslides, areas at risk of ground subsidence and sinkholes, mining sites, dams, highways, railways and major infrastructure corridors. Millimetre-level movements can be analysed where data and site conditions are suitable.

Landslide and natural hazard analysis

Landslide susceptibility and hazard maps; multi-hazard assessment for earthquakes, floods, sinkholes and avalanches. Definition of site-specific early warning thresholds and prioritisation outputs for disaster management.

LiDAR and photogrammetry

UAV, LiDAR and image-based 3D terrain analysis, topographic modelling, volume change assessment, rock mass analysis and deformation assessment. Retrospective 3D modelling using archived photogrammetric imagery to investigate surface changes between periods.

Decision support systems

Web-based monitoring dashboards, digital twins, time-series analysis, site-specific alarm threshold definition and visual reporting tools. Project-specific geospatial analysis, AI applications and software development.

Multi-sensor analysis: We integrate satellite SAR time series, imagery, LiDAR, photogrammetry, field measurements and engineering data in a shared analytical framework for monitoring, risk prioritisation, damage assessment and reporting.

Projects

Selected project experience

Landslide monitoring

Landslide analysis and monthly monitoring

Historical movements in landslide areas are assessed using LiDAR data, AI-assisted landslide susceptibility assessment and Sentinel-1 analyses. The temporal behaviour of these movements is monitored monthly using satellite radar data.

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Energy facilities

Ground movement at energy facilities

Site selection for solar power plants and wind turbines and the effects of various natural hazards on these sites are investigated using InSAR, photogrammetry, LiDAR and natural hazard susceptibility analyses. The findings are presented to support geological assessment.

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Rockfall

Digital twin-based rockfall analysis

Digital twins of sites are developed and rockfall analyses are performed to provide a basis for geological and geotechnical studies.

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Technical outputs

Turning analysis into usable outputs

Examples of maps, time series, 3D models and interfaces. Open any image to view it at full size.

Example InSAR deformation velocity map

InSAR velocity maps

Mapping deformation velocities and cumulative displacements using satellite SAR data.

Example InSAR time series

InSAR time-series analysis

Location-based deformation time-series analysis and monitoring.

Example landslide susceptibility map and orthophoto showing landslide boundaries

Hazard and susceptibility maps

Hazard and susceptibility maps for landslides, rockfall, sinkholes, liquefaction, avalanches, floods and earthquakes.

Example LiDAR-based terrain analysis

3D models from LiDAR and photogrammetry

Three-dimensional model generation and surface change assessment using LiDAR, drone imagery and archived photogrammetric data.

Example infrastructure stability analysis

Infrastructure stability analysis

Stability assessment and monitoring using multi-platform and multi-sensor datasets.

Example web-based analysis interface

Web monitoring dashboards

Web-based user access and project-specific analytical interfaces.

Example site-specific threshold configuration interface

Alarm and early warning thresholds

Definition of site-specific alarm and early warning thresholds for natural hazard monitoring systems.

Example technical report cover

Technical reports

Technical reports integrating natural hazard, photogrammetry, LiDAR and InSAR analyses.

The GeoPlato approach

Expertise and scientific background

We apply our R&D experience in remote sensing, InSAR, LiDAR, photogrammetry, AI and geospatial software to engineering, infrastructure monitoring and disaster management. We also use optical and thermal satellite data in our analysis and assessment work.

Field and project experience

Field experience in InSAR deformation, landslide monitoring, LiDAR and infrastructure stability studies, with assessments adapted to each project’s data, scale and site conditions.

Scientific approach

A remote sensing and engineering approach supported by scientific publications, technical reports and verifiable analytical methods.

Software development

Software expertise that turns analyses into technical reports, project-specific web monitoring dashboards and decision support platforms.

Scientific publications and research profiles:

Google Scholar ResearchGate

Let’s discuss your project

Let’s review your site, available data and expected outputs together, and identify a monitoring and analysis approach suited to your project.

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