From a real-world deployment in Ningxia, see how 18 SenseCAP sensors and daily AI reports helped growing teams monitor greenhouse conditions, identify cherry tomato cracking risks earlier, and turn environmental observations into practical growing decisions.
From single-point probes to multi-depth profiles, explore the different sensor designs and connectivity options behind
How can warmer Pacific waters reshape weather far beyond the ocean? Explore the science behind El Niño, and discover how local weather monitoring can help farms, cities, and businesses prepare for what comes next.
Learn how Doppler radar rainfall sensors measure precipitation. Compare radar and tipping-bucket gauges for agriculture, IoT, and weather monitoring.
Learn how NDIR CO2 sensors measure carbon dioxide using infrared absorption. A clear, practical guide for environmental monitoring, smart agriculture, and IoT.
Discover why outdoor temperature sensors need a solar radiation shield to prevent direct sun heating, lower measurement error, and ensure high-accuracy microclimate data.
Learn how solar radiation sensors work. Discover the differences between thermopile pyranometers and photodiode sensors, and how to choose the right one for your project.
We understand there are strong needs of technology and industry know-how in environmental and weather