Our solutions

GEOADVENTICE

GeoAdventice enables the geolocalization of a wide range of weeds: datura, nightshade, ragweed, thistle, groundsel, dock, and more. Our models are continuously improved through our R&D efforts and active involvement in collaborative projects, notably ADHEMAR, dedicated to detecting common groundsel in PAM (Perfume, Aromatic, and Medicinal) crops.

Early Detection:

Identification of young weed seedlings to implement targeted weeding strategies, featuring specific or non-qualified analysis (non-qualified Coverage Rate) to estimate total weed-covered area. This approach aligns with input reduction initiatives linked to CEPP (Certificats d’Économie de Produits Phytosanitaires) guidelines. These services are compatible with direct integration into farm machinery consoles for targeted spraying.

Pre-Harvest Detection:

Conducted 8 to 20 days prior to harvest, this service identifies infested zones to streamline rogueing operations and secure crop quality.

Our Weed Catalog :

GEO CLEAN CROP

It enables the detection of unwanted foreign objects within crops. GeoCleanCrop is deployed at an early developmental stage of leafy vegetable crops (spinach, parsley, cilantro, etc.), while the soil remains visible. The service geolocates foreign matter across parcels, including artificial debris, stones, and various stray objects.

Often hidden once crops mature, these objects can compromise harvest quality and damage processing lines. GeoCleanCrop enables operators to anticipate these issues and secure harvest operations.

GEO QUALI SEEDS

GeoQualiSeeds is dedicated to seed production crops, as well as volunteer sunflower detection.

The service geolocates off-type plants within production plots as well as plants located near production areas that could cause genetic contamination. These analyses help guarantee varietal purity and optimize seed plot management.

GEO FOREST DAMAGE

GeoForestDamage enables health monitoring in forest plantations using drone, satellite, or aerial imagery.

The service identifies trees exhibiting signs of dieback or disease such as pine wood nematode precisely geolocates affected areas, and tracks plot health trends over time. GeoForestDamage is being developed within European projects like FORSAID and GRIFFON, which aim to enhance the detection of diseased pine trees through imagery and artificial intelligence.

SATELLITE SOLUTIONS

We also offer satellite image analysis services to regularly map large-scale plots. Combining optical and radar imagery enhances analytical depth and ensures continuous crop monitoring, even when cloud cover restricts optical data availability.

These analyses specifically enable:

• Harvest and flowering date forecasting in corn and vegetable crops, based on tracking specific index trends throughout the season,
• Crop biomass estimation using radar imagery capable of measuring vertical vegetation structure,
• Vegetation monitoring to optimize fungicide protection, by characterizing crop development to support targeted in-field treatment timing.