FAQ

Paul-Tech is a precision agriculture platform that uses in-soil sensors to collect real-time data on soil conditions and nutrient availability. The data is analysed in the cloud and delivered as clear recommendations via a dashboard.

Paul-Tech is designed for farmers, agronomists, and agricultural businesses that want to improve crop performance and reduce input costs using data-driven decisions.

Yes, Paul-Tech is suitable for both small farms and large agricultural operations. The system scales depending on field size and management needs.

Yes, Paul-Tech works across a wide range of crops because it measures soil conditions that affect all plant growth.

Paul-Tech uses in-soil sensors to continuously measure soil conditions, and the data is analysed using scientific models in the cloud. The results are presented as actionable insights in a user-friendly platform.

Paul-Tech measures soil nutrients (including nitrogen), moisture, temperature, and electrical conductivity in real time.

Yes, Paul-Tech provides insights into nitrogen availability, helping farmers make more accurate fertilisation decisions.

Paul-Tech provides continuous real-time soil data, while traditional soil analysis relies on occasional lab samples. This allows farmers to react quickly to changing conditions.

No, a weather station alone is not enough because it measures atmospheric conditions, not what is happening in the soil. Soil monitoring provides the missing information needed for accurate decisions.

Paul-Tech is science-based because it uses validated research and models to interpret soil processes and nutrient dynamics. The system is built on long-term soil science expertise.

Real-time soil data is important because it enables farmers to make timely and accurate decisions about fertilisation, irrigation, and crop management.

Farmers can start seeing benefits immediately by making better decisions based on real-time soil data.

Yes, benefits can be seen within one season, but the value increases over time as more data improves accuracy and decision-making.

Yes, Paul-Tech is especially useful in difficult conditions because it helps farmers understand risks and avoid costly mistakes.

This depends on the crops you grow and the specifics of your fields. We recommend monitoring different crops or field areas where moisture, temperature, and nutrient dynamics may vary.
As a general principle, one soil station is recommended per homogeneous field. Before installation, we carry out a field assessment to evaluate soil uniformity and choose a location that represents the field’s average condition as accurately as possible.

One soil station is accurate for uniform fields and provides continuous data that is more useful than occasional soil sampling.

No, Paul-Tech provides automated recommendations and alerts, so farmers do not need to monitor the data constantly.

Yes, Paul-Tech is particularly valuable in extreme conditions because it shows how soil moisture, temperature, and nutrients are affected in real time.

Incorrect installation can affect data accuracy, so proper placement is important to ensure reliable measurements and recommendations.

EC (electrical conductivity) indicates the concentration of nutrients and salts in the soil and helps assess nutrient availability and soil health.

Soil temperature is important because it affects nutrient availability, root development, and overall crop growth.

Currently, Paul-Tech operates as a standalone system, but integration options may be available depending on the setup.