A machine capable of operating in the field (planting, weeding, harvesting) without direct human control.

Use of automatic systems (e.g. control units or apps) to manage irrigation without direct human intervention.

The use of technology to perform farming tasks without direct human intervention, such as irrigation, feeding, or monitoring systems.

Systems that automatically control plant irrigation based on sensors and schedules.

Technology that simulates human intelligence to solve problems, recognize patterns, and automate decisions.

A set of rules for connecting and exchanging data between software systems.

Artificial intelligence algorithms that analyse data (climate, soil) to automatically improve irrigation.

A system that combines agricultural crops and solar energy production in the same area, making the best use of space.

Combining trees and shrubs with crop or livestock farming on the same land.

A device that takes physical action (e.g., opens a valve, turns on irrigation) based on sensor data or automated logic.