Learn more about how our platform works
The main function of digital diagnostics is to make visible the combined variations of productive parameters in soil and biomass for each diagnosed situation.
Through repeated readings, it facilitates the visualization of temporal trends within the system.
These surveys are carried out with different frequencies and levels of resolution across the total demarcated area, within which historically isolated situations for sampling—such as trampling zones, headlands, areas near woods, water points, or vegetation damage—are not excluded.
Each data point represents the average of values found within a basic unit area of 10 x 10 meters for both soil and biomass measurements. These values may vary locally across the diagnosed area, resulting in different readings. The current development trend is to migrate the data population to a resolution of 3 x 3 meters.
It is also important to note that, in addition to temporal variations, each reading reflects spatial variations resulting from the dynamic combination of past and present productive factors.
Satellite Monitoring
Smart Irrigation
Pest & Disease Detection
🌍Our Vision
To transform agriculture through precise, data-driven insights—empowering providing data practitioners with digital diagnostics that reveal the true dynamics of their land and crops.
🎯Our Mission
At Alba Agro, we combine satellite technology, chemical analysis, and real-time mapping to deliver clear, actionable diagnoses of soil and crop health. Our goal is to support sustainable decisions by providing transparent, high-resolution data that highlights both visible and hidden fluctuations in the field.