
Precision agriculture
Precision Agriculture, Powered by Data
Satellite remote sensing, connected sensors, and soil science working together to help you farm smarter.

Precision agriculture
See Every Field From Above
Satellite imagery and spectral analysis reveal crop health before it's visible on the ground.

Precision agriculture
Your Field, Always Connected
Connected sensors deliver real-time soil and climate data straight from the ground.

Precision agriculture
Every Drop, Precisely Placed
Hydraulic engineering that calculates flow, pressure, and pipe sizing for efficient water use.

Precision agriculture
From Diagnosis to Decision
Multidisciplinary agronomic expertise turned into clear, actionable recommendations for your farm.

Precision agriculture
What Your Soil Isn't Telling You
Physico-chemical analysis reveals the nutrients behind every healthy harvest.
Who We Are
DigiUpAgri is an agtech company putting technology at the service of more precise, sustainable, and productive agriculture. We support farmers and agricultural stakeholders by combining complementary areas of expertise: connected sensor networks, satellite remote sensing, soil analysis, and irrigation system design. Our mission is to turn field data into concrete decisions. Through real-time monitoring tools, satellite imagery, and agronomic diagnostics, we help our clients better understand their fields, anticipate risks such as water stress and nutrient deficiencies, and optimize the use of resources, water, soil, and inputs alike. Driven by a multidisciplinary team of agronomists, GIS engineers, and IoT and irrigation specialists, DigiUpAgri is committed to delivering reliable solutions tailored to each farm's context, supporting our clients from diagnosis all the way to on-the-ground implementation.
Data-Driven Agriculture
We turn satellite, sensor, and soil data into clear decisions for your farm.
Services

Agronomic Consulting
DigiUpAgri supports farmers and agricultural stakeholders with multidisciplinary technical expertise remote sensing, soil, irrigation, and IoT to inform their strategic and operational decisions. We conduct farm diagnostics, provide tailored recommendations for each client's context, and support the implementation of concrete field solutions.

Irrigation Design & Hydraulic Services
DigiUpAgri designs irrigation systems tailored to each farm, from hydraulic sizing to on-site implementation. We assess each field's water needs to design efficient irrigation networks precisely calculating flow rates, pressure, and pipe sizing. Our technical plans ensure even water distribution and optimized use of water resources.

Soil Analysis
DigiUpAgri conducts comprehensive soil analyses to precisely characterize each field's agronomic potential. From field sampling, we analyze the soil's physico-chemical properties texture, pH, organic matter, conductivity, nutrient content (NPK) to identify each field's actual needs. These results translate into concrete fertilization and soil management recommendations, backed by a clear, actionable technical report.

IoT & Connected Sensor Solutions
DigiUpAgri deploys connected sensor networks directly in the field for real-time monitoring of soil and climate conditions. Our probes measure soil moisture, temperature, and other key agronomic parameters, continuously transmitting data to a remotely accessible platform. This real-time monitoring helps optimize irrigation, anticipate water stress, and support decisions with precise field-level data.

Remote Sensing & Agronomic Monitoring
DigiUpAgri uses satellite imagery and GIS tools to provide comprehensive, field-level agronomic monitoring throughout the growing season. By analyzing spectral indices (NDVI, NDRE, and more), we assess crop vigor, detect stress zones, and support management decisions ,from nutrient diagnostics to yield-potential mapping. Our deliverables (zone maps, reports, GIS exports) turn satellite data into concrete, field-ready action.
“Good decisions start with good data — that's the difference we bring to every field.”— DigiUpAgri