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Deformation Crack Rain Soil Moisture Sensor Water Level Pressure Environment Communication Terminal Alarm Gas Network
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Urban Safety Natural Resources Infrastructure
Urban Safety
Geo-Hazards Open-Pit Mines Tailings Ponds Small Watersheds
Hydraulic Engineering
Hilly Pond Reservoir
Underground Network
Gas Network Water Delivery Network Sewage Network Utility Tunnel
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Roads Bridges Tunnels Railways Subway and Light Rail Highway Slope
Construction Safety
High-Rise Building Old Communities Dilapidated Houses
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Scene Introduction Demand Analysis Program Highlights Core Products Typical Case
Scene Introduction

Older residential communities suffer from aging buildings, rusted water, electricity, gas, and internet pipes, and haphazardly connected electrical wires, often lacking fire safety and security facilities. Ruhr IoT utilizes structural safety monitoring and video surveillance equipment to promptly detect potential hazards such as fires, collapses, and leaks, reducing maintenance costs and ensuring resident safety.

Demand Analysis
  • Structural Aging
    Years of neglect lead to wall deformation and foundation settlement, potentially causing partial or complete collapse.
  • Corrosion
    Corrosion and damage to infrastructure such as electrical wires, pipes, and staircases increase the risk of fire, leaks, and electric shock.
  • Lack of Safety Facilities
    Lack of CCTV cameras, access control, and fire-fighting equipment results in weak security monitoring capabilities, making residents vulnerable to crime.
Program Highlights
  • Multi-layered Monitoring
    Indoor and outdoor cameras and IoT sensing devices cover key areas, comprehensively capturing abnormal situations.
  • Intelligent Analysis
    Facial recognition, behavior analysis, and deformation analysis technologies accurately identify potential threats, improving early warning efficiency.
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.
Dual-Axis Tilt Sensor
This device is a MEMS-based sensor with a measurement range of ±30°, maximum accuracy of 0.005°, and operating temperature range of -40°C to +85°C. It integrates a high-precision MEMS accelerometer and a high-resolution delta-sigma analog-to-digital converter, coupled with built-in automatic compensation and adaptive filtering algorithms, significantly reducing errors induced by environmental fluctuations (e.g., temperature drift, vibration). By converting static gravitational field variations into tilt angles, it directly outputs digital inclination values for horizontal alignment monitoring.
Ejector-Type Crack Meter
This sensor adopts an ejector-type design, making it suitable for long-term deployment on or within concrete structures and structures made of other materials. It measures the opening/closing displacement (deformation) of expansion joints or peripheral joints, and can also monitor displacement, settlement, strain, and slippage in structures such as earth dams, embankments, slopes, and bridges.Utilizes high-precision resistive sensing elements with secondary signal calibration for high accuracy and long service life.Digital RS485 output ensures reliable data transmission.Simplified structure enables easy on-site installation and plug-and-play connectivity.
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No. 53 Qiyi Lane, Wuchang Sub-district, Yuhang District, Hangzhou City, Ruhr IoT Headquarters Park

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