With the rapidly evolving development of geotechnical monitoring, many monitoring companies require construction monitoring software tailored to their specific needs. This involves creating custom databases, personalizing data management formats, and embedding specific data algorithms and functions, etc. to achieve data-driven management of construction monitoring projects. However, the development of such a specialized monitoring system often faces challenges such as a lack of professional application experience in software engineering, high development costs, and lengthy development time.
After years of dedicated research, our team has developed a cloud platform tailored for engineering automation monitoring through mature Internet technologies. This platform serves as a data management platform for various monitoring projects like slope monitoring, tunnel monitoring, bridge monitoring, structural monitoring, etc., and can be quickly customized through secondary development to meet the personalized needs of monitoring companies.
Now we will dive into powerful features of the comprehensive construction monitoring platform, including advanced technology, strong data processing and management, customization, real-time safety monitoring and pre-alarm function, etc.
Easy and efficient customization and secondary development can be achieved with different requirements, ways of acquisition and transmission, ways of data processing and analysis, users wanted interface and features, and costs, while ensuring both customized functionality and software stability.
Compared to traditional software development methods, efficiency can soar by 80%, while costs can be reduced by 50%! Additionally, based on the software structure, users can easily enhance the functionality of in-depth data applications on the original software.
Provides users with the function to quickly customize data reports without the need for complex secondary development, allowing for easy generation of required monitoring reports.
The system supports user-customizable homepage dashboard functionality, including platform name, dashboard background, dashboard templates, visual editing, and a wide range of component templates available for display on the dashboard.
Custom inspection tasks
The platform supports custom inspection tasks, after the completion of the configuration automatically issues periodic inspections, alarm-triggered temporary inspections, temporary inspections issued by the administrator, etc., and the assigned inspector carries out inspections and fills in the inspection records.
The warning levels can be customized with multiple levels, allowing the configuration of level names, colors, and other parameters. Depending on the alarm levels added by users, defining the required alarm rules and templates, the system will automatically send SMS alerts according to the severity of the alarm.
Comprehensive Platform for Accurate Data Collection, Transmission, Analysis and Management
Various high-quality parameter sensors are used for data collection and rigorous data calibration and validation procedures to eliminate errors and ensure accuracy.
The platform offers various intelligent data analysis tools, empowering users to delve into original monitoring data, processed data, and historical data with precision. This includes trend charts and seamless data conversion and export functionalities, ensuring accurate insights.
With a focus on precision, our platform integrates advanced technical designs not only in fields like IoT, GIS, and 3D modeling but also possesses powerful capabilities in cloud computing, big data processing, and stream computing.
The platform offers 24/7 real-time and convenient monitoring functionalities, including custom inspection tasks and automatic periodic inspections and promptly notify users via their mobile devices in case of any abnormality. The timeliness and accuracy of real-time monitoring data ensure that users can respond quickly and make informed decisions.
The system can automatically clean and filter manual or automated data before entry according to customized filtering algorithms to reduce false alarms. The pre-alarm confirmation feature significantly enhances alarm accuracy and reduces false alarm rates.
Comprehensive view of data
Users can view all monitoring data associated with the project. This includes monitoring images, on-site pictures, measurement items, and points, data for each point (including stage measurements, cumulative values, deformation differentials, deformation rates, data alert conclusions, etc.), monitoring schedule change curves, settlement cross-section diagrams, and more.
Support the simple operation of the platform by mobile phone, such as viewing the basic situation of the project, browsing the project data, project measurement point management, binding sensors and collectors, checking the alarm information and other functions.
Offers open protocols and interfaces, enabling seamless integration with third-party hardware and facilitating data interoperability with other systems.
Users can download the data they need, allowing them to view and analyze data anytime and anywhere, even without an internet connection. The image below displays various monitoring items presented in the form of daily reports, and the system automatically exports and sends the data. It is also possible to export data for specific categories or time periods.
The system facilitates manual data import with versatile functionalities, allowing users to maintain data precision. Features include template-based import, manual single-entry import for standardized data types, batch import via templates, and robust preview and query capabilities.
The construction monitoring platform also supports a multi-tenant sub-platform mode, where different users can independently use resources, and manage data, without interference, ensuring security isolation. This provides users with a one-stop convenient monitoring cloud service solution.
Including sensor management (including configuration, binding, import, viewing raw data, resetting specifications, assigning to projects), data acquisition instrument management (including configuration, binding, import, viewing raw data, resetting specifications, assigning to projects), camera asset management (including entering cameras, configuring, playing, binding and unbinding, deleting devices), etc.
The engineering monitoring platforms are adopting cloud-based solutions, which can lower software development and maintenance costs. It allows resources to be flexibly adjusted according to actual needs. This maximizes resource utilization and reduces costs. The platform's compatibility with third-party data systems allows for the reuse of existing infrastructure, eliminating the need to develop new systems from scratch. This integration also speeds up deployment and reduces custom coding efforts, significantly lowering overall development costs.
Users can remotely monitor their projects and manage their data to reduce on-site maintenance and operational costs. Automated alert systems can promptly identify and resolve issues, minimizing labor and time costs.
The platform provides data processing and analysis capabilities, allowing users to extract valuable and accurate insights from monitoring data. In contrast, traditional data processing and analysis methods may require additional software and manpower costs.
The monitoring team serves customers with extensive experience in automation, semi-automatic, and traditional monitoring, successfully developing the construction monitoring platform. This platform has been stably operating across thousands of engineering monitoring projects, helping companies to quickly and cost-effectively build their own platforms. Besides the monitoring platform, we, an inclinometer manufacturer, have developed our geotechnical instruments. For more information about the professionals behind this innovation, click here.
The software platform was developed by a professional technical team, which includes engineers with over 10 years of practical experience in fields such as geotechnical engineering, water conservancy, transportation, surveying, and the Internet of Things. It can accurately meet the application requirements of automated monitoring.
For a free test account of this engineering monitoring platform, please quickly contact us by the email info@geositter.com and phone number +8613868064820
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