AI-Powered Modular Control System for Greenhouses & Open-Field Precision Agriculture

Core digital services
Tanit Horizon has developed a modular AI-driven "brain" that integrates directly into existing greenhouse infrastructure and open-field irrigation systems — no hardware replacement required. The system processes data from IoT sensors, robotics, and satellite/remote-sensing feeds to autonomously optimise climate control, irrigation scheduling, and fertigation in real time.
Compared to conventional field irrigation, controlled-environment precision agriculture enabled by Tanit's system targets up to 90% water savings and supports up to 70% energy self-sufficiency through smart automation and renewable energy integration — with validated crop yields of 2 kg/m²/10 days demonstrated in controlled environment pilots.

Key capabilities include:
·       AI-based quality monitoring: continuous crop status assessment through sensor fusion and predictive models
·       Satellite & remote-sensing integration: soil moisture mapping, weather-aware irrigation triggers, and early disease/stress detection for open-field crops
·       Robotics & sensor interoperability: plug-and-play compatibility with third-party automation systems
·       Decision Support System (DSS): agronomic alerts and actionable recommendations delivered to farm operators without requiring data science expertise

How it applies to the agrifood sector
Water and energy costs are among the primary pressure points for Mediterranean agrifood SMEs. In many water-scarce regions, irrigation already consumes over 80% of available freshwater, yet yields remain insufficient to meet demand. Tanit's modular architecture allows growers to digitalise their operations incrementally — starting from a single greenhouse compartment or field plot — without disrupting existing workflows. The system reduces input waste while stabilising yields through data-driven, closed-loop automation.
Type of agrifood partner sought
We are looking for agrifood SMEs operating greenhouses and/or open-field production who want to reduce water and energy consumption while improving yield stability. Ideal partners are willing to co-validate the system in a real operational environment as part of a GATE 5.0 pilot.