Coffee
Development planned
Specialized Modules
A new line under development at Convex Robótica: models and agronomic interpretation tailored to the crop, location and growing season.
First module in development ↗The modules are a planned evolution of the Nexa Vision and Nexa M1 architecture. General-purpose platforms interpret remote-sensing data; specialization will incorporate crop-specific parameters, time series, models and agronomic knowledge.
Observations
Crop context
Interpretation and confidence
Sources and capabilities will be defined for each module. No diagnosis is infallible; interpretation requires field inspection and agronomic advice.
First module in development
Grape will be the first specialized module developed by Convex. Planned work combines vineyard time series, variety, phenology and management context.
Development planned
Development planned
Development planned
Development planned
Development planned
First module in development
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Development planned
Very turbid water, sediment, organic matter and vegetation cover can complicate optical identification of flooded land. A single water index cannot resolve every condition.
The planned module may combine sensors, time series, weather and phenological context. SAR can complement optical observations, but its response also depends on vegetation, geometry and surface conditions.
More context, not a promise of certainty. Data quality, spatial scale and field validation must accompany interpretation.
For applications requiring crop-specific agronomic interpretation, Convex Robótica is developing specialized modules. These solutions use dedicated methods, contextual parameters and models adapted to each crop.