Runlin's carefully crafted monitoring solution for houses (cultural relics, ancient buildings) utilizes various advanced sensors and monitoring equipment to scientifically deploy real-time and accurate collection and in-depth analysis of building structural information. This plan utilizes professional algorithms to intelligently process the collected data, accurately assess the safety status of buildings, and efficiently identify potential risks and various problems that may arise.

The monitoring platform independently developed by Runlin has strong data integration and analysis capabilities, which can help building managers quickly locate and detect potential safety hazards in a timely manner. Once an anomaly is detected, the platform will quickly issue a warning to provide strong support for managers to develop scientific and reasonable maintenance and reinforcement strategies, ensuring that the building is always in a safe and stable state of use.

At the technical application level, Runlin fully integrates cutting-edge technologies such as the Internet of Things, mobile communication, and cloud computing to build a comprehensive and three-dimensional automated security monitoring system. For various complex building structures such as high-rise buildings, large-span buildings, high-risk buildings, and ancient buildings carrying significant historical and cultural value, high-precision and automated monitoring of their external deformation and three-dimensional spatial position changes can be achieved. By continuously recording the health status of buildings throughout their entire lifecycle, establishing dynamic health records, effectively controlling potential risks, and ensuring that buildings continue to serve in a healthy manner over the long term, it not only maintains the practical functions of buildings, but also ensures the long-term continuation of the historical style and cultural value of precious cultural heritage such as cultural relics and ancient buildings.