Efficient management of water and fertilizer resources is crucial for achieving sustainability and productivity in
agriculture. This paper presents an AI-powered microservices solution that optimizes irrigation and fertigation
practices. The proposed system integrates IoT nodes for real-time data collection on environmental conditions,
soil moisture levels, and nutrient crop needs. Fertigation and irrigation decision-making are modeled as a datadriven sequential decision problem. At each decision stage, real-time data serve as input to an AI planning model
aimed at satisfying nutrient and water demands while minimizing water and fertilizer waste. The system allows
supervision by the farmer through a mobile app and a Digital Twin, enabling the design of crop planting layouts
and providing detailed information on real-time decisions implemented in the field, as well as water and fertilizer
consumption. The proposed solution manages diverse crop species with distinct water and nutrient requirements.
Efficient data exchange is facilitated through a push-pull communication paradigm between the IoT nodes and
cloud services. This approach offers several benefits, including greater control over data flow, energy savings,
and increased flexibility in resource management.
Authors: Tommaso Adamo, Danilo Caivano, Lucio Colizzi, Giovanni Dimauro, Emanuela Guerriero
Smart Agricultural Technology