Hydrological EngineQ3 2026
ArdanFlux
Model the water moving through the ground.
The missing groundwater layer beneath every site. HydroGNN predicts water-table depth, seasonal envelope, and soil saturation — calibrated against RSESQ piezometers, ERA5 climate context, and satellite ground-truth.
⟡ ArdanFlux is currently in development. Sign up to be notified at launch.
What's coming
Three capabilities, one vision
HydroGNN — Dynamic Water Table
In developmentGraph neural network trained on RSESQ piezometric data. Seasonal water table predictions with confidence intervals.
ERA5 Climate Integration
Planned Q330-year climate reanalysis + forward projections. Extreme precipitation events, drought cycles, water balance dynamics.
Future Climate Scenarios
Planned Q4Groundwater behavior under +2°C and +4°C scenarios. Essential context for engineers assessing the water table under shifting climate baselines.