• The Soil Sensor 3-in-1 can share a mounting bracket with the Air Temperature and Humidity Sensor, Photosynthetic photon flux density Sensor (or Solar Radiation Sensor), and Anemometer. It measures soil temperature, soil moisture content, and soil electrical conductivity (EC). Through the AgriWeather platform, it provides farmers with actionable irrigation and fertilization recommendations.

Success Cases

From Field to Snack: Building the BRITO Potato Yield Prediction System That Boosts Annual Yields by 10% and Cuts Costs by 30%

Local Young Farmer Cheng Chia-Hsiang Partners with AgriWeather to Build Stable Brand Supply and Lifestyle through Data

READ MORE >>

How to Implement an Alternate Wetting and Drying (AWD) Irrigation System for Rice? An All-in-One Analysis of Hydrostatic Level Sensors, Automatic Irrigation, and Field Data Integration

Combining sensors with automatic irrigation control, AgriWeather assists research institutions in data validation, predictive modeling, and real-world extension.

READ MORE >>

Reasons Why Green Rooftops Need Automatic Irrigation: The Key to Survival as Seen at NTSEC.

Strong Wind, Intense Sun, and Rapid Evaporation? Rooftop Gardens Need "Self-Judging" Irrigation Systems, Not Just Manual Watering.

READ MORE >>

Revolutionizing Urban Farming: How NTSEC’s Rooftop Garden Uses Smart Dashboards to Integrate Education and Data.

Ending the Struggle of Dying Crops: NTSEC Pioneers Automated Urban Agriculture with Data-Driven Sustainability and Interactive Education.

READ MORE >>