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Scene Introduction Demand Analysis Program Highlights Core Products Typical Case
Scene Introduction

Ruhr IoT Small Watershed Disaster Emergency Management System integrates the Internet of Things (IoT), flood forecasting, and risk analysis models to construct a high-precision flash flood early warning system. The system assesses flash flood risks from multiple dimensions, dynamically analyzes the disaster situation, and assists in emergency response and evacuation of people, effectively reducing disaster losses.

Demand Analysis
  • Small Watershed Flash Flood Risk
    Small watersheds have short, fast-flowing rivers. During the plum rain season and typhoon season, heavy rainfall causes rapid rises and falls in river levels, making them highly susceptible to flooding.
  • Insufficient Sensors
    Most areas lack monitoring equipment, and existing water and rainfall monitoring facilities are generally outdated with low levels of automation.
  • Lack of Capabilities for Advanced Waining
    Flash floods are characterized by their sudden onset; floods easily erode and damage river channels and weirs, making it impossible to prevent danger in advance solely through on-site monitoring.
Program Highlights
  • Comprehensive Sensing and Monitoring
    Construct monitoring equipment for water and rainfall conditions and geological disaster risks, collecting real-time data on rainfall, water levels, and soil moisture to comprehensively cover the monitoring and early warning area.
  • Flash Flood Simulation
    Based on measured rainfall, utilize high-frequency automatic calculations using flood forecasting and risk analysis models to issue refined flash flood early warning information.
  • Rainfall Forecast Analysis
    Based on 2-hour high-precision nowcast rainfall forecasts, analyze flash flood risks frequently, significantly shortening early warning response time.
  • Comprehensive Disaster Process Simulation
    Combine real-time rainfall, water level, and flow data to continuously update flash flood disaster simulation results at a high frequency.
Core Products
Visual Deformation Instrument
This device uses mature AI image algorithms and visual monitoring technology to accurately collect deformation, displacement, and deflection data. Multi modal modeling analysis pinpoints key risk areas in engineering structures, providing professional data support for hazard monitoring and early warning. Application scenarios include: reservoirs, slopes, ridges, tunnels, power grids and railways.
GNSS Deformation Monitor
This device is a multi-constellation GNSS integrated monitor for surface displacement. Supports Third Gen BeiDou satellite system, with high accuracy, low power consumption (≤1.5W), integrated and portable design. Works with small solar energy system for long term monitoring. Application scenarios include: geological disasters, road slopes, tailings ponds, open pit mines.
Integrated GNSS Deformation Monitoring Station
This device is a multi constellation GNSS integrated monitoring station for surface displacement. Supports Third Gen BeiDou satellite system, with high accuracy, low power consumption (≤1.5W), integrated and portable design. Works with small solar energy system for long term monitoring. Application scenarios include: geological disasters, road slopes, tailings ponds, open pit mines.
Multifunctional Monitoring Instrument
This monitor has multi-dimensional application, flexible configuration of monitoring items and communication, ultra low power consumption, moderate accuracy, remote control, linkage alarm and fast installation. Application scenarios include: Natural resources, water conservancy, transportation, urban construction, tourism, emergency response.
Piezoelectric Rain Gauge
This gauge measures individual raindrop weight using impact measurement principle to calculate rainfall. It features multi scenario applications, flexible communication configuration, ultra low power, remote management, linkage alarm and fast installation. Suitable for measuring rainfall parameters such as precipitation amount and precipitation intensity. Application scenarios include: natural resources, water, agriculture, transport, urban construction, emergency, meteorology.
Tube Soil Moisture Sensor
This equipment use FDR principle, based on the frequency changes of electromagnetic waves emitted by the monitor in different dielectric substances, the humidity of each soil layer is measured. Using a high-precision digital temperature sensor, temperature of soil layers can also be measured. Application scenarios include: natural resources, water conservancy, agriculture.
Radar Water Level Gauge
This equipment based on 26GHz high frequency radar for water level measurement in hydrology. Featuring easy installation, customizable antenna, optimized micro-processor algorithm for stability and accuracy. Signal transmission using standard protocol with high compatibility, satisfying international general standard. It is suitable for a variety of acquisition terminal or host computers; convenient for multi-device linkage, and to achieve a unified, universal, serialized, combined, and modularized device communication method. Application scenarios include: natural resources, water conservancy, agriculture.
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