See the plot from above
Satellite dashboard, image viewer and a per-plot NDVI workspace, with the index history and its statistics.
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Pro module
Precision agriculture
Turn satellite, soil and scouting data into agronomic decisions that can be executed and reviewed.
Twelve capabilities wired to each other: satellite imagery, variability zones, GPS scouting, laboratory analysis and variable-rate prescriptions. Satellite is not a screen on its own — it feeds the fertilisation plan and the prescription that later runs in the field.
Sanitized product screenshotThe screens used on this page come from the help pipeline and do not include real customer data.
Pro module
What you can do
Find variability inside the plot
Crop monitoring and vegetation reports show where the plot is not uniform, instead of an average that hides the problem.
Scout with GPS and leave a record
Field scouting with track, points, photos and observations, and a report you can download or email.
From lab analysis to diagnosis
Georeferenced soil sampling, laboratory profiles, a soil-health score and a consolidated per-plot diagnosis.
How much, with what, at what cost
Fertilisation plans in three variants, doses computed from crop demand, and cost taken from your own inputs or the catalogue.
Crop suitability before deciding
Three suitability dimensions per plot, plus rotations, so you choose what to sow for the soil you actually have.
Variable-rate prescriptions
Zone-based VRA: the variability you see on the map becomes a different rate per zone.
Know where each number comes from
Open methodology: every index, band and threshold is explained — including what satellite cannot do on small plots.
Sanitized product screenshot
The full method, not just the map
Precision tools create value when satellite data, sampling, diagnosis and execution stay connected to operations.
A dashboard for priorities
The module groups viewer, monitoring, vegetation reports, scouting, sampling and plans so teams know where to look first.
Satellite imagery with context
The viewer helps inspect indexes and layers by lot before turning variability into field work.
Organized sampling
Samples, labs and profiles stay recorded so each management zone has a technical history.
Traceable fertilization planning
Recommendations can move into demand, nutrients and costs so the decision is reviewable before execution.
The lot as the decision unit
The analysis comes back to the lot: NDVI, suitability, diagnosis and plans remain tied to the same place.
Methodology
Evidence first, recommendation second
Segesio does not turn a map color into an automatic prescription. The expected method is to observe, compare, diagnose and only then execute with traceability.
Observe variability
NDVI, scouting and monitoring help identify real differences inside the lot.
Compare with soil and crop context
Sampling and history prevent decisions based on a single image.
Build the recommendation
Fertilization plans or prescriptions should make assumptions, costs and technical sources visible.
Review execution
Activities, inputs and reports close the loop so the team can see whether the decision created value.
Sanitized product screenshot
From data to decision
The screens used on this page come from the help pipeline and do not include real customer data.
- 1
Review satellite images and indexes to understand which zones deserve attention.
- 2
Create scouting visits or sampling where the map shows variability.
- 3
Turn the diagnosis into a fertilization plan or prescription.
- 4
Connect the recommendation with work, inputs and reports so results can be reviewed.
Test Segesio with real data, no credit card required
Go through pricing, activate Pro for 14 days and validate whether the first module you need makes the operation clearer.
See pricing and Pro trial