BM

Crop Monitoring Plataform

Through the use of satellite imagery, we help farmers manage multiple fields, reduce costs, optimize resources, and make decisions. This technology allows, for example, the measurement and control of water stress and pest monitoring

Expected outcomes:

Increase in production from 5 to 30%.
Reduction in water resources from 5 to 15%.
Up to 20% savings in seeds and fertilizers.

Comparison - Crop health & moisture index

Crop Monitoring Plataform

4 pillars

Crop Monitoring - How it works

NDVI: Allows the prompt response to issues by quickly identifying problematic areas within the field at the different stages of plant growth.

NDRE: Estimates nitrogen concentrations in plant leaves halfway through and at the end of a season.

ReCI: Photosynthetic activity of the vegetation covering sensitive to chlorophyll content in leaves.

MSAVI: Determines the presence of vegetation in early development stages.

NDMI: Shows the level of crop water stress.

Elevation and slope maps.

Seasonal analysis.

Field activity control.

14-day weather forecast and weather station control.

Benefits

Centralized control and monitoring, all in one place.
Definition of key process indicators for your business (KPIs), with reportability.
Control Room Operator as an optional service.
Images every 3 to 5 days.
Effective decision-making with satellite data.
Advanced detection of problems in your fields.
Increased profits from your fields.
Control of vegetation indexes, water stress, growth stages, and crop rotation, among other functions.
Accurate weather predictions.
Specification of your most productive fields.
Cost-effective entry into smart agriculture trends.
Reduction of exploration costs.
24/7 access to your fields from anywhere and anytime.

Drone Service

Through flights with a high-end drone, we support agricultural and forestry producers in different stages of their production processes, focusing on improving their productivity.

Precision agriculture.
Plant counting.
Crop and forest health status.
Multispectral indexes.
Drone spraying (under contract).

Through flights with a high-end drone, we support the industry in different stages of their processes.

Thermography.
Photography with 1-centimeter resolution.
Topography.
LiDAR

Identification of subsurface anomalies

Flights with a high-end drone carrying a GPR (Ground Penetrating Radar) geophysical system, which allows the detection of aquifers (groundwater) and underground bodies such as pipes, rocks, etc. It also makes it possible to detect anomalies such as leaks in ponds, pipes, and tanks. This technology allows for a subsurface measurement of up to 120 meters deep.

Identification of water resources | Geophysics

In the attached image, we can observe our results. A 3D model of the identified aquifers with a range of up to 120 meters deep.

Advanced soil
moisture mapping

Through the application of proprietary algorithms, it is possible to develop effective and accurate models for analyzing soil moisture. The resulting soil moisture maps, both at the surface and at the root level, can be used for daily monitoring, precise yield estimation, and the study of significant climatic trends.