Europe faces an escalating water quality crisis. The EU Water Framework Directive mandates ecological compliance. Stop pollution before it reaches critical waterways.
When synthetic fertilizers wash into waterways during heavy rainfall, it triggers a devastating chain reaction impacting both the environment and the economy.
Runoff causes severe eutrophication, toxic algae blooms, and the collapse of marine ecosystems, creating "dead zones". Governments face massive cleanup costs and looming EU compliance fines.
Farmers operate on tight margins where fertilizer is a major expense. When nutrients are washed away, invested capital is lost, and crops suffer from under-nutrition, leading to stunted growth.
We shift the paradigm from reactive water monitoring to predictive pollution prevention. Our data-orchestration layer integrates open-source intelligence to calculate hyper-local runoff risk.
Geospatial data maps the exact polygonal boundaries of agricultural risk zones across Europe.
Extracting the Soil Water Index (SWI) reveals topsoil saturation. Saturated soil cannot absorb liquid fertilizer.
Highly accurate, localized 48-hour precipitation forecasts predict imminent heavy rainfall events that trigger runoff.
When a farm polygon shows high Soil Moisture AND high expected rainfall within 48 hours, the system flags the zone as High Risk (Do not fertilize) and automatically alerts stakeholders.
Senetra sits uniquely at the intersection of environmental monitoring and agronomical yield optimization.
Monitor entire catchment areas and proactively manage water crises to ensure EU Water Framework Directive compliance and avoid massive fines.
Stop throwing money into the river. Alerts ensure fertilization only occurs when soil can absorb nutrients, maximizing yield and saving cash.
A freemium app providing transparency regarding local water quality, creating public accountability and gamifying environmental compliance.
Join us in shifting the paradigm from reactive water monitoring to predictive pollution prevention.