HYDROBALL Smart Irrigation Probe

Reference: HYDROBALL

GENERAL
SPECIFICATIONS

HYDROBALL is DENODL’s smart irrigation probe designed to transform water management by increasing productivity and reducing costs. According to the manufacturer, it is the only sensor on the market able to monitor up to four key soil parameters while delivering accurate and accessible real-time data.

The solution is designed to help farmers, sports turf managers and urban green-area managers make smarter data-driven decisions. Its value proposition combines simplicity, robustness and versatility with practical design and accessible technology, all in a compact, autonomous and rugged format.

HYDROBALL helps reduce water consumption by up to 40% and enables optimization and improvement of crop efficiency, quality and productivity. In a context where water is a critical resource, the device is positioned as a tool focused on irrigation efficiency and sustainability.

The system is adaptable to three key sectors: large-scale agriculture, sports fields and urban parks. It provides accurate real-time information to minimize uncertainty in environments affected by climate and economic volatility, and adds automated optimization through AI-generated irrigation recommendations based on weather and soil data.

The manufacturer also highlights economic accessibility, stating that the system can be up to five times more cost-effective than market alternatives while offering a rapid return on investment. Installation is simple, with no cables or data loggers, and the stated battery life is between 2 and 3 years.

Functional features and specifications

Product type: smart irrigation probe.
Main application: water management and irrigation optimization.
Monitoring: up to four key soil parameters.
Data access: accurate and accessible real-time data.
Water consumption reduction: up to 40% according to manufacturer.
Operational objective: increase productivity and reduce costs.
Use sectors: large-scale farms, sports fields and urban parks.
Agronomic benefit: optimization of crop efficiency, quality and productivity.
Analytical benefit: data-based certainty to reduce operational uncertainty.
Automated optimization: AI-generated irrigation recommendations.
Recommendation inputs: combined weather data and soil data.
Installation: easy installation.
Wiring: no cables required.
Data logger: no data logger required.
Autonomy: estimated battery life of 2 to 3 years.
Design: small, autonomous and rugged.
Economic positioning: up to 5 times more cost-effective than market alternatives according to manufacturer.
Return on investment: fast ROI according to manufacturer.
Design approach: simplicity, robustness, versatility, practical design and accessible technology.
Strategic orientation: efficiency and sustainability in water use.