Hydrosat's IrriWatch Platform | Your Advantage
Improve water-use efficiency, increase yield potential and reduce water waste
Affordable pricing and
cost saving (through water and energy reduction)
Hydrosat provides solutions to maximize water productivity , including:
On-farm irrigation efficiency – aligning water application with crop needs, reducing runoff and preventing over irrigation
Water reuse and soil water capacity enhancement – recycling drainage water, improving split infiltration and increasing water storage
Photosynthesis enhancement – optimizing planting dates, row spacing, and nitrogen management to maximize solar energy use
High-resolution thermal imagery identifies crop stress earlier than traditional NDVI
Our eyes may see a green, healthy field but the thermal data tells us more... problems that are not yet visible in the field but are already affecting production.
Thermal data reveals how crops use water and energy under pressure, identifies stress that would otherwise go undetected, even by experienced growers.
Combined, these layers help optimize irrigation and protect against yield loss.
Thermal imagery can detect water stress up to 2 weeks earlier than other visible techniques like NDVI
Built on 30+ years of research and the validated SEBAL evapotranspiration model
Years of experience and tests completed in
several countries.Strong in-house science-research-development team with over 27,000 citations from peers.
Frequent satellite observations worldwide backed by Hydrosat specialists
Over 160 crop types monitored
Over 90 countries served
Over 6 million hectares monitored
Real-time alerts, field maps & guidance for better irrigation decisions every day
Processes
20 years of historic data meaning predictions are backed by pattern analysis.
Data can be shared by multiple users for joint understanding and reporting.
Start-up time is a single day.
Analysis can be made crop or land use dependent.
Field boundaries can be generated.
No field sensor installation needed.
IrriWatch uses over 100 data layers. We look at many factors and layers, not just one, backing our suggestions with abundant data.
Reduce yield loss by up to 50% through targeted water and nutrient application
Reduce water consumption by 30% per hectare by identifying overirrigation and drainage issues
Cut energy use and carbon emissions by 30% by optimizing irrigation and reducing reliance on inefficient systems
