Services and Innovation

At Summit Agro we have developed a comprehensive portfolio of services that combines the best of satellite technology, high-precision sensors, artificial intelligence and specialized drones, to offer cutting-edge agricultural solutions.

Each service delivers concrete tools that allow farmers to make informed decisions, optimize resources, save costs, and maximize the profitability of each hectare.

Soilscan

Knowing your soil in detail means mastering your productivity.

Through Soilscan, advanced technology for visualizing in detail the
spatial variability of soil properties, you can identify the
limiting factors to determine the requirements for amendments,
fertilizers and water, optimizing costs and improving the productivity
of your crop or fruit tree.

Services

Detailed mapping of physical and chemical properties

Detection of limiting factors

Site-Specific Recommendations

Detailed Soil Mapping

Comprehensive mapping of physical and chemical properties

Uses cutting-edge sensor

More than 700 data points per hectare.

More than 20 soil feature maps.

Site-Specific Recommendations

Analysis of the physical and chemical properties of the soil

Correction of limiting soil factors according to the crop

Optimize the use of fertilizers and soil amendments

It helps to even out soil fertility and crop yield.

Soilscan Benefits

Fertilizer Savings
Leaching Prevention

Early detection of problems

Promotion of sustainable practices

Greater efficiency in the use of resources

Increased yields and quality

Biodiversity conservation

Toposcan

Design your fruit orchard and irrigation system with surgical precision, avoiding future problems.

High-precision surveying service for centimeter-scale contour mapping, identification of plantable areas, and elevation maps for drainage design. Coverage exceeds 500 hectares per day, with digital maps incorporating orthophotos and a service turnaround time of just 15 days.

Services

Topography and contour lines

Definition of Plantable Area

Elevation maps for drainage design

Planting design

Speed of service and coverage

15-day report turnaround

Extensive coverage: > 500 hectares/day

Access to difficult-to-reach sites

Greater precision

Contour lines in cm

Automated flight

Background RGB image

Canopyscan Drone

What the eye cannot see, the drone reveals.

Aerial monitoring with multispectral and thermal sensors to identify areas of varying vigor and chlorophyll levels, anticipating problems such as water stress, disease, or deficiencies. High-resolution images, adjustable frequency, and early warnings.

Advanced Canopy Monitoring

Vigor, Chlorophyll, and Thermal

Image Monitoring

Thermal and Multispectral Sensors

Plant Counting

Versatile Applications

Crops, fruit trees, and forestry

Information for decision-making

Optimize management practices

Resolution and Frequency

Excellent image resolution

Allows observation of changes in canopy vigor

Early detection of problems

Cropview

Smart farm management starts with a long-term vision

Interactive platform of weekly, high-resolution (3m) satellite images, various vegetation indices, history since 2006, activity calendar, markers and advanced weather analysis.

Integration Platform: High-resolution satellite imagery
(up to 3 m pixel resolution)

Weekly image tracking

NDVI, NDRE, and other index

Possibility to view images from 2006 onwards

Field Marker

It allows you to keep an interactive record of fields.

Classification of the latest changes in NDVI, for quick identification of problems.

Activities Calendar

Users can plan, monitor, and record field activities

Maintaining a detailed history of the operations performed.

Advanced Meteorological Analysis

Access to local weather data

Records spanning more than a decade

14-day forecasts, which help users make informed decisions.

Fruitscan

Accurate data for making informed decisions

It allows you to see in detail buds, shoots and fruits in blueberry, table grape and wine grape plants. It creates a visualization of georeferenced maps with the visualized quantities, allowing the generation of graphs with the distribution of each of the measured parameters.