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  • The system is a cracknet software based on artificial intelligence deep learning and large-scale parallel processing. It has automatic disease detection function. It is the only intelligent pavement damage detection technology based on large-scale deep learning technology put into use in the world. At present, the user regions include the United States, Brazil, South Africa, Japan and China.
  • Using the Internet of things and cloud technology, sensors and IOT system are installed and deployed in the key positions of the bridge to sense the changes of important parameters of the bridge, and the analysis and overall evaluation of monitoring data are realized through the cloud health monitoring system software.
Main business product development Construction project monitoring and supervision cloud platform
Construction project monitoring and supervision cloud platform
2020.07. twenty-one
"Cloud platform for construction project monitoring and supervision" is a set of intelligent engineering monitoring and supervision platform independently developed by Guangdong Academy of construction Sciences, which is suitable for safety monitoring, supervision and project owners of urban construction projects. This platform enables managers to easily and accurately monitor the implementation of monitoring work, with the function of data storage, so that all monitoring data have source traceability. At the same time, the platform has the function of calculation and analysis data, real-time feedback of structure health status to users, timely response to early warning and alarm, reduce the occurrence of safety accidents, and make the engineering structure data serve the safety work of construction projects. It provides reliable, efficient and intelligent tools for the safety monitoring of construction projects and escorts the quality and safety of construction projects.

The platform has the following functions:
1. The platform can automatically calculate and process data in the background and automatically generate monitoring reports without manual input of calculation data, which can reduce errors, save time and improve the accuracy of safety monitoring.
2. Standardize the monitoring behavior: monitor the on-site monitoring behavior by locking the monitoring time, uploading time and uploading location, and at the same time, the monitoring data shall not be uploaded to the ground, so as to eliminate the behavior of manual data modification and ensure the authenticity of the monitoring data.
3. Combined with the market and engineering requirements, it can be compatible with three upload modes: real-time upload of fully automatic data acquisition, manual collection + real-time upload, and manual collection + file upload. Under the requirements of specification, accuracy and real-time, the user can choose the most suitable monitoring mode according to the actual situation of the project, so that the user has the maximum cost performance ratio.
4. The platform has good compatibility, ordinary instruments and equipment can also be connected to the platform, which reduces the access requirements for instruments and equipment, and does not need to be equipped with a special supporting instrument access system platform. To a certain extent, the production cost is reduced, and the applicability and universality of products are strengthened.
5. The interface is reserved on the platform, which can share information with other information systems, and realize the information statistics among monitoring units, information interaction among participating units, and online office reputation evaluation.

Platform application:
At present, the platform has been widely used in Guangdong, Nanjing, Changsha, Chongqing, Beijing and other areas. Among them, Meizhou city and Hengqin New Area Government of Zhuhai City adopt Guangdong Academy of construction science and technology monitoring and supervision cloud platform as the official platform to strengthen the information management of deep foundation pit monitoring. Taking the monitoring and supervision platform of Hengqin New Area in Zhuhai as an example, 75 projects have been connected to the platform, and eight successful early warnings have been made, which effectively ensures the safety of the project. The platform is mainly used in construction engineering monitoring projects. The platform has also been successfully used in many fields, such as high formwork, tower, slope, bridge, subway and so on. More than 1100 monitoring projects have been connected and 46 sub platforms have been built. Guangzhou Metro Group Co., Ltd., Guangdong heavy industry Architectural Design Institute Co., Ltd., Shenzhen Geological Bureau, China Railway Construction port and Waterway Bureau Group Co., Ltd., and Beijing urban construction group used the platform for monitoring and supervision.
The monitoring Institute of Guangdong Academy of construction sciences will continue to carefully build the big data cloud platform, be the "Pathfinder" of information monitoring technology, and establish a comprehensive information monitoring and supervision platform.