Slope Monitoring and Early Warning
Enabling New Breakthroughs in Natural Disaster Monitoring
Disaster Prevention and Reduction/Slope Monitoring and Early Warning
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SmartSolo Scientific's slope monitoring system incorporates high-precision scientific seismic instruments, data acquisition systems, and a cloud platform, primarily applied in areas such as highways, railways, mining, water resources, and geology. The slope monitoring and early warning system automatically collects parameters and frequencies of deep-seated displacement, surface displacement, settlement, deformation, cracks, and rainfall, facilitating real-time and dynamic insight into stress-strain conditions of slope sliding and collapse. It quantitatively assesses triggering factor indicators and employs big data analysis and artificial intelligence prediction to forecast and warn about deformation and trends of collapsing bodies.

The SmartSolo Scientific slope monitoring system primarily observes slope displacement, deformation, and crack conditions, employing advanced sensor technology and data transmission displays to achieve high-precision slope displacement monitoring and accurate event time, location, and waveform identification. Upon detecting abnormal slope displacement, the system promptly triggers alarm signals by setting thresholds, aiding users in taking immediate emergency measures to prevent disasters.

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To see how our systems meet your application needs, review our case studies »

Products
MS8001 is a low-cost, high reliability, simple installation of scientific observation station system. It is a multi-purpose environmental monitoring system specially developed for scientific researchers. This system is suitable for long-term and short-term deployment. MS8001 observation system not only ensures the reliability, but also takes into account the characteristics of low cost: it enables researchers to realize the needs of large-scale and multi-point deployment under the condition of limited budget. MS8001 observation system uses reliable scientific research level sensors, and under the integration of data acquisition M8000 newly developed by SmartSolo, it can collect data more efficiently and simply for scientific researchers.Learn more
Relying on the built-in 4G / WiFi and other wireless communication modules, the SmartSolo IMU-3C wireless monitoring system can transmit real-time data through the high-speed network. It can be deployed in the geological disaster monitoring and early warning zone for a long time, and powered by the SmartSolo solar energy system.At the same time, it also supports the real-time return of data through Ethernet connection. The data can be viewed in real time through the soloswdcc software indoors, and the alarm threshold mechanism can be set remotely. In this way, the alarm mechanism can be triggered at the first time when no one is on duty, so as to avoid the loss of people's personal safety and economic property.Learn more
​SmartSolo tunnel structural deformation monitoring system can be applied to tunnel / subway construction monitoring, tunnel lining and concrete changes, tunnel tension and geotechnical load research, and mountain tunnel construction stress and strain measurement, so as to prevent collapse and ensure adequate safety.Learn more
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In addition to our standard systems available, many of the systems we provide are customized. Tell us what you need, and we’ll help you configure a system that meets your exact needs.
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More Details about Slope Monitoring and Early Warning

SmartSolo Scientific Slope Monitoring System offers the following advantages:

High-Precision Monitoring: Utilizing advanced sensor technology and data processing algorithms, it achieves high-precision slope displacement monitoring and deformation analysis. The system employs highly sensitive seismic sensors for accurate detection of subtle, genuine seismic events.

Real-Time Alerts: Our slope monitoring system employs efficient monitoring and data processing techniques. Upon detecting anomalies beyond set slope thresholds, immediate alarm signals are triggered. This aids users in taking timely emergency measures to avert disasters. Our system facilitates remote monitoring and real-time data analysis, enabling users to promptly grasp slope variations for ensured safety.

Networked Monitoring: Modern networked monitoring technology enables remote monitoring and data transmission, allowing users to stay updated on slope stability changes anytime, anywhere.

User-Friendly Operation: The system is user-friendly, easy to install, and simple to operate, eliminating the need for intricate training or operation manuals.

Resilience to Harsh Environments: It flexibly addresses a range of complex geological and environmental conditions, ensuring the reliability and accuracy of monitoring outcomes.

The SmartSolo Scientific Slope Monitoring System has been widely applied across domains such as highways, railways, mining, water resources, geology, slope monitoring, ground pressure monitoring, meteorological observations for typhoons and severe convective events, rockfall monitoring, agricultural and ecological scientific research, infrastructure health monitoring, and more. It has gained the trust and acclaim of numerous users.


Documents
[Brochures] IGU-16HR IES
[Brochures] IGU-16HR 3C
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