The platform that helps you monitor environmental risks.
One probe. Multiple environmental monitoring applications.
Fin4Earth is Finapp’s environmental monitoring platform, bringing together three specialized solutions for early warning and risk management across landslides, floods, and wildfires.
Landslide risk
High
Soil Moisture 23%
Early Warning for Surface Landslides and Mudflows
Finapp's early warning service provides proactive forecasts for surface landslide and mudflow risks through a four-level alert system(Ordinary, Low, Medium, and High),covering the current day and the following two days.
- Delivers site-specific intelligence through statistical risk modeling
- Integrates meteorological thresholds with real-time and forecasted soil moisture conditions.
- Provides early warnings up to 72 hours in advance
Flood Early Warning System: Next-Generation Forecasting
Fin4Flood delivers early flood risk warnings by combining real-time and forecasted soil moisture data with environmental inputs to feed hydrological models and predict flood events before they occur.
- Predicts river flood risk with up to 72 hours of advance warning
- Integrates soil moisture measurements with hydrological and hydraulic models
- The models and thresholds are continuously refined following every major event
Monitoring dataset
Smarter Wildfire Risk Management
Fin4Fire is an advanced early warning service that combines real-time and forecasted soil moisture data with environmental information to assess wildfire risk. It delivers timely alerts and actionable insights to support prevention strategies and protect vulnerable areas.
- Predicts up to 72 hours in advance wildfire risk before critical conditions emerge
- Combines meteorological data with large-scale, in-depth soil moisture insights
- Enhances established risk assessment models with Finapp soil moisture data for more accurate and dynamic risk evaluation
The probe enabling landscape-scale environmental monitoring
Finapp environmental monitoring is powered by compact CRNS probes that measure variations in neutron counts caused by hydrogen in water molecules. Installed above ground, the probe continuously measures soil moisture across large surrounding areas, providing representative data about environmental conditions in natural landscapes.
| Landscape-scale sensing footprint |
| Above-ground installation |
| Continuous environmental monitoring |
| Research-grade measurements |
Environmental Monitoring FAQ
Find answers about deployment, measurement coverage and research applications.
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Finapp probes measure soil moisture dynamics that influence landslides, floods, wildfire risk and ecosystem processes.
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Each probe represents soil moisture conditions across a large surrounding area, making it suitable for landscape-scale environmental monitoring.
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Yes. The probe is designed to operate in remote locations and transmit data remotely.
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Yes. Data can be accessed through the platform and exported for research or environmental analysis.
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Yes. Soil moisture data can be used to validate hydrological and environmental models.