All work
AGRITECHUNDER NDA2024-present

Field-health maps from drone and satellite

A precision-agriculture cloud platform: NDVI crop-health maps from drone and satellite, geospatial data in PostGIS. The system is in production and the customer works in it.

NDVI · CROP HEALTHLOWHIGH
Client
Agriculture project (Europe)
Engagement
Product development
Timeline
In production
Stack
Python/FastAPI · PostgreSQL/PostGIS
The challenge

Fields judged by eye.

Crop condition was hard to assess without walking the field. Drone and satellite data both existed, but sat apart and nobody combined them into a usable picture.

Our approach

Fuse drone and satellite into one map.

We built a platform that combines aerial drone imagery with Copernicus satellite data and computes NDVI maps of crop health. The index computation used to be implemented twice and the numbers disagreed, so we split it out into a dedicated Java analytics library as the single source of truth; a GDAL service classifies the raster, which is uploaded straight to object storage through a signed URL. PostGIS holds the geospatial data, and drone licensing pairs over a QR code, with an audit trail of every connection attempt carrying correlation IDs.

Drone imagery processing
Connected to Copernicus satellite data
NDVI crop-health maps
Geospatial field database
DATA LAYERSSATELLITE+ DRONENDVI INDEXZONESACTIONS
The outcome

Decisions from data, not by eye.

Drone + satellite
TWO DATA SOURCES
NDVI
CROP-HEALTH MAPS
Production
LIVE

More work

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