Measurable geospatial decision support using InSAR, LiDAR, photogrammetry and artificial intelligence

GeoPlato develops technical solutions for ground deformation, landslides, infrastructure stability and multi-hazard risk analysis. By integrating satellite SAR time series, image processing, LiDAR, photogrammetry, field measurements and engineering data within the same analytical framework, GeoPlato transforms monitoring, risk prioritization, reporting and damage assessment processes into actionable decision-support outputs.

Our Services

Satellite-Based Deformation Monitoring

Millimetric deformation analysis using InSAR time series for landslides, subsidence (sinkholes), mining areas, dams, highways, railways and major infrastructure corridors.

Landslide and Natural Hazard Analysis

Multi-hazard assessment, susceptibility and hazard mapping, early warning thresholds and prioritization outputs for landslides, earthquakes, floods, sinkholes and avalanches.

LiDAR and Photogrammetry

UAV, LiDAR and image-based 3D terrain analysis, topographic modelling, volume change detection, rock mass analysis and deformation assessment.

Decision Support Systems

Web-based monitoring dashboards, tailored gepspatial and AI analyses, digital twins, time-series analysis, alarm thresholds and visual reporting tools.

Why GeoPlato?

GeoPlato combines R&D expertise in remote sensing, photogrammetry, InSAR, LiDAR, artificial intelligence and geospatial software development with practical engineering, infrastructure monitoring and disaster management applications.

Field and Project Experience

Operational experience gained from completed InSAR deformation, landslide monitoring, LiDAR and infrastructure stability projects.

Scientific Expertise

A remote sensing and engineering approach supported by scientific publications, technical reports and validated methodologies.

Software Development Capability

Ability to deliver analysis results not only as reports, but also as web-based monitoring dashboards and decision support platforms.

Technical Outputs We Produce

Example of InSAR deformation velocity map

InSAR Velocity Maps

Mapping deformation velocities and cumulative displacements using satellite SAR datasets.

Example of InSAR time-series analysis

InSAR Time-Series Analysis

Location-based deformation time-series analysis and monitoring.

Example of landslide susceptibility map

Risk and Susceptibility Maps

Generation of hazard and susceptibility maps for landslides, rockfall, sinkholes, liquefaction, avalanches, floods and earthquakes.

Example of LiDAR analysis

LiDAR-based 3D Models

3D analysis and terrain modelling using UAV and satellite LiDAR datasets.

Example of infrastructure stability analysis

Infrastructure Stability Analysis

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

Example of web monitoring dashboard

Web Monitoring Dashboards

Web-based user access and customized analytical interfaces.

Example of web-based alarm system

Alarm and Early Warning Thresholds

Site-specific alarm and early warning thresholds for natural hazard monitoring systems.

Technical report example

Technical Reports

Integrated reporting for natural hazards, photogrammetry, LiDAR and InSAR analyses.

Scientific and technical background

GeoPlato’s technical approach is built upon scientific publications, field projects, remote sensing-based engineering applications and software development experience.

Let’s discuss your deformation monitoring or natural hazard project.

Depending on your project scale, available datasets and decision-making needs, we can evaluate the most suitable InSAR, LiDAR, risk analysis or decision support approach together.