Turning the World's Pulse into Intelligent Reality.
Our mission is to bridge the gap between physical environments and digital intelligence. By delivering high-precision data and full-stack IoT-to-AI solutions, we turn complex signals into decisive, actionable insights.
Trusted by industry leaders worldwide
OHTS1022 soil moisture and temperature sensor with FDR technology, PT1000 RTD, IP68 protection, and multiple outputs including RS485, 4-20mA, and voltage signals for monitoring.
The OHTS1023 is an electrochemical soil pH sensor with zinc-aluminum alloy probe, offering analog and digital outputs. Features sealed design for long-term burial, high accuracy, and wide soil adaptability for agriculture and environmental monitoring.
The OHTS1024 is an integrated four-parameter soil sensor measuring temperature, volumetric water content (VWC), electrical conductivity (EC), and pH value. Features FDR technology, PT1000 temperature sensor, IP68 protection, and RS485 Modbus-RTU output for long-term buried monitoring.
The OHTS1031 is an online multi-parameter water quality sensor based on fluorescence quenching principle, integrating dissolved oxygen, pH, and temperature measurement with RS485 Modbus RTU communication for aquaculture and environmental monitoring.
The OHTS1050 is an integrated multi-element meteorological monitoring device featuring noise, PM2.5/PM10, temperature, humidity, pressure, and illumination measurement with RS485 Modbus-RTU output for outdoor environmental monitoring.
Integrated multi-parameter environmental monitoring sensor measuring CO₂, temperature, humidity, pressure, noise, and light with RS485 ModBus-RTU interface for outdoor and indoor applications.
Explore our latest solutions, news, and technical articles
Industry applications
Discover how multi-layer soil monitoring enables precision irrigation timing and water conservation by tracking moisture distribution across root zones at different depths using advanced TDR sensor technology.
Learn how dual-parameter soil monitoring with OHTS1022 sensors enables precision irrigation strategies, reducing water consumption by 30% while improving crop yields through real-time VWC and temperature data.
Discover how consolidating PM2.5, noise, and meteorological data using integrated multi-parameter sensors reduces deployment costs while improving spatial coverage in smart city environmental monitoring networks.
Company updates
