- Better crop efficiency
Solutions for modern agriculture
Our proprietary solutions for greater crop productivity. Discover SoilEO and Deep Potato.
SoilEO
Know your soil. Easily, quickly and remotely.
SoilEO is a remote soil survey service based on hyperspectral imagery and artificial intelligence algorithms.
We offer remote soil analysis service base on satellite images and AI algorithms:
- Magnesium (Mg)
- Potassium (K2O)
- Phosphorus (P2O5)
- pH
Fast Results
Eliminating the long wait times associated with traditional lab analyses.
Cutting-Edge Technology
Leverages the most advanced technology available on the market today.
Precision Fertilization
Generates accurate, ready-to-use fertilization maps.
How does our SoilEO service work?
Step 1
You indicate the Customer field
Step 1
We acquire hyper-spectral images of the field
Step 1
We analyze data using AI algorithms
Step 1
We send a ready map of macronutrient abundance
Deep Potato
AI-powered hyperspectral monitoring of root-zone moisture — helping potato growers save water and boost yield
Hyperspectral AI for root-zone soil moisture monitoring in potato cultivation.
Deep Potato is an innovative, non-invasive system designed to measure root-zone soil moisture in processing potato crops using hyperspectral data and artificial intelligence.
The solution combines drone-based hyperspectral imaging with deep learning algorithms capable of distinguishing soil from vegetation and automatically estimating soil moisture distribution across the field.
The system can be scaled to other crops requiring precise soil monitoring and supports the development of sustainable, data-driven agriculture.
By integrating AI-driven analysis of vegetation indices and spectral soil features, Deep Potato delivers field-wide maps of soil moisture that support precision irrigation management.
This helps farmers optimize water usage, enhance yield stability, and reduce environmental impact.
If you need more information about Deep Potato
The system can be scaled to other crops requiring precise soil monitoring and supports the development of sustainable, data-driven agriculture.