Innovative Services
for Smart Farming

Maximize benefits: Strategic consulting to optimizethe use and economic advantages of your irrigation technology
Prove effectiveness: Conduct scientific studies to evaluate system efficiency
Build trust: Conduct pilot projects for practical testing and performance measurement under real conditions
Expand solutions: Develop individual add-on modules to adapt to specific requirements
Integrate systems: Technically implement interfaces to existing software and IoT infrastructures
Strengthen competencies: Training for your teams on setup, application, and sustainable operation
Ensure service: Establish robust support and maintenance structures for long-term operational reliability

Question the plant

The sensors in the AQUALAR system continuously measure the immediate water requirements of plants. This means that they determine how much water the plants extract from the soil at reference points. The measurement method works throughout all growth phases of the plants, in virtually all soil conditions (including substrate soils), and takes the current weather situation into account. The irrigation process is continuously optimized using self-learning algorithms.

Leading sensor technology

The AQUALAR irrigation solution uses water demand sensors that employ a unique microthermal measurement method. This revolutionary technology was developed in Switzerland. To date, over 300,000 sensors have been installed to measure the water requirements of various crops in different soils. The sensors are exposed to a wide range of stresses and influences.

The right amount at the right time

AQUALAR irrigation systems not only measure water requirements, but also automate the irrigation system. This involves controlling the necessary valves, pumps, and system equipment. The addition of fertilizers and pesticides is also automatically adjusted to the irrigation. AQUALAR can be used for various types of irrigation systems, including sprinkler, sub-surface, surface, and drip irrigation.

The key to success lies in data

The continuously collected sensor data is logged, analyzed in various contexts, and stored in databases for further analysis. The recorded sensor data can be processed directly with measurement data from other sources to determine aggregated key figures. This data can also be transferred to third-party applications via interfaces to enable more comprehensive business analyses.