Spanda

Agriculture — Solution Blueprint

Status: Experimental (scaffold) · Timeline: Later · Path: examples/solutions/agriculture/

Official Solution Blueprint for autonomous field robots, precision agriculture, and crop monitoring — composed from existing platform capabilities.

Full roadmap entry: ROADMAP.md § Agriculture


Purpose

Deploy and operate autonomous tractors, sprayers, drones, and sensor networks with offline-capable connectivity, geofenced safety, and seasonal trace replay.

Platform pillars used

Pillar Capabilities
Device & Fleet Device tree, GPS geofencing, cellular/LoRa failover, OTA
Verification Readiness (weather, connectivity), assurance (crop anomaly)
Packages & Ecosystem spanda-gps, spanda-cellular, spanda-lora, spanda-opencv
Operations Fleet map, readiness trends, telemetry store

Reference architecture (planned)

Field Robot (.sd)
├── GPS + IMU (spanda-gps)
├── Vision row detection (spanda-opencv)
├── Cellular / LoRa uplink (spanda-cellular, spanda-lora)
├── Geofence safety (language safety zones)
├── Readiness gates (weather, calibration, connectivity)
└── Return-to-base recovery on link loss

Device tree (planned)

Node Role
tractor Primary autonomous platform
implement Sprayer, seeder attachment
drone Aerial crop survey
base_station Edge gateway, LoRa concentrator

Packages & providers

Package Role
spanda-gps WGS84 positioning, geofences
spanda-cellular LTE failover
spanda-lora Low-power field mesh
spanda-opencv Row/crop vision
spanda-prognostics Equipment degradation

Example projects

Simulation & replay


Related blueprints: Transportation (delivery vehicles) · Environmental Monitoring