A digital platform that simulates soil and slope behaviour and computes the Factor of Safety in real time using established scientific models (van Genuchten, SHALSTAB, TRIGRS) to protect lives and infrastructure.
The project is a technological innovation in natural and engineering risk management, aiming to build an integrated digital system (a Digital Twin) that represents sensitive sites digitally and monitors them in real time.
The system collects field data (groundwater level, pore pressure, deformation, moisture) and analyses it with numerical modelling and AI to provide early warning of geotechnical and hydrological hazards threatening structures and infrastructure.
Monitor and analyse hydro-geotechnical data in real time through interactive dashboards.
Create a digital twin of a site or structure to simulate its behaviour.
Predict landslides, differential settlement and pore-pressure build-up.
Reports backed by numerical analysis and charts to support decisions.
Install and connect field sensors to collect data automatically.
Stability and safety assessment for structures and infrastructure.
Soil, rainfall, moisture and slope properties from the field or the user.
Compute water retention, shear strength and slope stability with proven models.
Compute the Factor of Safety, failure probability and risk level.
Show results on a dashboard with alerts, charts and maps.
Enter site properties to instantly compute the Factor of Safety and risk level.
A pilot deployment across five zones with diverse geological properties.
| Zone | Soil type | Min FS | Status |
|---|---|---|---|