From sampling point to recommendation, precision agriculture end to end.

Laboratory integration

Results that come in on their own, no typing.

Lab reports are imported automatically, with no manual typing. The system recognizes each layout by the structure of the file, not its extension: it scores it against the profiles of each partner lab, checks legibility before importing, and quarantines any unknown format. With integrated labs, data flows directly between systems, with traceability for every sample.

Equation and interpretation library

Visible, configurable, and auditable. No black box.

Automatic calculation of derived indices (CEC, base saturation, aluminum saturation, sum of bases, nutrient ratios). Each interpretation is a rule written by the agronomist, evaluated in order until the first true condition, and it can combine lab determinations with the organization’s own constants. The library is visible to the whole team and reused across seasons, fields, and clients.

With HEXIA support

Recommendation scenarios

Soil demand on one side, commercial supply on the other.

The platform separates soil demand, split into correction and maintenance by nutrient, from commercial supply: product, grade, and price. You define the scenario and the system returns the calculated requirement, including at more than one depth. When correction exceeds what can be applied in a single season, split application spreads the dose over several seasons, following the strategy set by the agronomist.

With HEXIA support

Lowest-cost optimal blend

The cheapest mix that meets the nutrient demand.

A mathematical optimizer finds the lowest cost that meets the demand, using each supplier’s prices. Switching suppliers means updating prices on screen; the dose recalculates. The agronomist can lock a product’s dose with a padlock and the optimizer rebalances the others. Locked doses carry over to the map and the shapefile.

Variable rate for 5 manufacturers

The right file for each machine’s monitor.

A ZIP package with the variable-rate shapefile in each brand’s format: Agres, AgroSystem, Case IH, John Deere, or generic. It includes a bilingual README and groups polygons by zone to respect the monitor’s limits. For the producer, the same result comes out as a printed Recommendation Book with your consultancy’s branding.

Interactive economic analysis

What the plan costs, field by field.

Once the blend is calibrated, a dashboard breaks down the season plan’s investment by product, by field, and by type (correction or maintenance): dose per hectare, total quantity, and cost per hectare, with direct comparison between fields. The same engine that calculates the dose calculates the cost, with no side spreadsheet.

With HEXIA support

Overdose audit

The patch that eats the field’s profit, visible before you apply.

With the dose calibrated, the system scans the field for micro-cells where demand is so high that the required dose exceeds the soil’s capacity to respond. It shows the patch, the peak dose, and its isolated cost, so the agronomist can make an explicit decision about that area.

With HEXIA support

Plan review by HEXIA

A second agronomic reading of the entire plan.

HEXIA, SoloMapa’s agronomic AI, reviews the complete season plan (scenarios, equations, blend, and projections) and flags agronomic inconsistencies before the recommendation reaches the producer.

Satellite and NDVI

In-field variability revealed from space, over time.

Satellite imagery and multiple vegetation indices tracked across seasons. Historical series per microcell reveal each field’s internal variability, expose patterns that repeat every year, and provide an objective basis for delimiting management zones.

Climate data

The field’s entire climate, from history to forecast.

Integrated weather history and forecast per field: temperature, rainfall, evapotranspiration, water balance, growing degree-days (GDD), and soil moisture at three depths. The consultant understands what the crop has already experienced and what lies ahead — without relying on a private weather station.

Topographic data and 3D relief

The terrain like you’ve never seen it — in three dimensions.

Relief derived from a digital elevation model — slope, curvature, aspect, water accumulation — incorporated into the diagnosis. The 3D view of the field lets you see the shape of the terrain and overlay indices and results on it, making the relationship between relief and fertility evident. Elevation base updated in September 2026.

Correlation exploration

The answers hidden between the layers of your data.

It cross-references relief, satellite indices, and lab results cell by cell and answers, with statistical grounding, questions the agronomist already asks: where the terrain accumulates water, is calcium lower? It ships with agronomic hypotheses from the literature, tested automatically on your data — no statistics expertise required. Available in plans with Precision Agriculture.

Satellite anomaly alerts

The crop warns you when something is off — before you go to the field.

SoloMapa continuously monitors each field’s spectral indices and detects points where vegetation is significantly below expected, across consecutive captures. Once an anomaly is confirmed, you receive a phone alert — with field, location, and the problem’s evolution. A chance to act early, before losses spread.

Extreme weather alerts

Drought, heavy rain, frost — the warning arrives before the event.

Automatic monitoring of risk events for each field: drought, heavy rain, frost, heat waves, and more. Combining history and forecast, the system identifies critical conditions and triggers phone alerts with severity and the expected window — to anticipate decisions instead of reacting to damage.

Georeferenced field journal

Everything that happens in the field, tied to the season plan.

The agronomist spots a nematode patch, a planting failure, or a pest outbreak and logs it on the spot via the app: georeferenced photos, text or audio, GPS, and severity — even without signal. With connectivity, everything syncs and is filed at the exact point of the field. A visual, auditable, chronological history of each area.

Critical evidence and traceability

Every observation on the map, every decision with proof.

All field evidence is positioned over the field map and organized by severity, creating an auditable trail of the conditions found and the decisions made. Ideal for building trust with the grower and for the technical defense of recommendations.