SECTORS

We optimize irrigation and fertilization to improve productivity and reduce water consumption across various crops and production systems.

In horticulture, controlling moisture at the root zone allows for precise irrigation adjustments that lead to significant savings in water and fertilizers. For cereals, the early detection of water deficits enables more efficient irrigation management over large agricultural areas. In nurseries, precise control of substrate moisture fosters uniform and healthy plant development from the earliest stages. Woody crops benefit from continuous monitoring at the root zone, helping to prevent water stress and reduce the incidence of disease. In hydroponic systems, our approach facilitates efficient water management and enhances nutrient uptake, maximizing crop yield.

We improve turf quality and optimize water use across sports facilities by enabling precise, data-driven irrigation management.

In golf courses, continuous monitoring of greens and fairways ensures healthy, resilient turf while significantly reducing water consumption. On football fields, moisture control maintains uniform playing surfaces, enhancing performance and player safety while lowering maintenance costs. For other sports surfaces, our solution guarantees maximum turf quality through precise water and nutrient management—minimizing resource use without compromising the playability or durability of the field.

We drive more sustainable cities through smart water and soil management in both urban and non-urban parks and gardens.

We optimize industrial processes and deliver critical data to support environmental research and prevention efforts.

In composting, real-time control of moisture and temperature enhances compost quality and accelerates maturation. For ecological restoration, soil moisture monitoring supports effective recovery strategies and helps prevent erosion. In fire prevention, continuous monitoring of soil conditions across vulnerable areas enables early detection of drought stress, contributing to more efficient forest fire risk management.

We support scientific projects with accurate, real-time soil data for agronomic, environmental, or technological research.

USE CASES

Our experience in the agricultural sector confirms water consumption reductions of around 40%, along with a significant improvement in crop efficiency and productivity.

It enables automated irrigation in critical areas of the course and adjusts doses based on the actual soil moisture profile, achieving water savings of up to 40% without compromising green quality or the playing experience.

Our technology ensures uniform and healthy turf, prevents irrigation-related diseases, and optimizes resource management across every sports surface.

In urban environments, our technology complies with ISO 37120 standards and facilitates the transition toward more sustainable and resilient cities.

Environmental management of natural ecosystems.

Thanks to its resistance of up to 50 °C, our technology ensures optimal conditions for compost maturation while preventing faulty fermentation processes.

SUCCESS STORIES

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"HYDROBALL® enabled my technical team to detect differences in soil texture and make decisions based on real data."

"Irrigation is now more precise, ensuring water savings without compromising turf quality and maintaining optimal playing conditions."

"A perfect example of how IoT technology applied to soil becomes an ally for urban sustainability, energy efficiency, and the smart design of spaces."

"This innovative tool shows great potential to transform water management in agriculture and improve soil moisture monitoring at field scale."