Continuous and immediate monitoring of data (e.g. humidity, weather) to regulate irrigation in real time.

AI-based system that provides targeted suggestions (e.g., when to irrigate, fertilize, spray).

Collecting information about crops and fields from a distance, usually via satellites or drones.

Energy from naturally replenishing sources, like solar, wind, or biogas.

Agriculture that can adapt to and mitigate extreme climate conditions.

Batteries that enable the storage of surplus solar energy, allowing for a constant supply of energy regardless of the weather conditions or time of day.

Loss of water in the form of vapour into the air, often before it can be absorbed by plants. Photovoltaic panels can reduce it providing shade.

Digital tools for planning, monitoring, and analyzing all aspects of farm operations.

A technique that combines irrigation and fertilisation: fertilisers are administered through the irrigation water.

A robot designed for specific field tasks (seeding, weeding, harvesting).