Visual IoT connectivity and low-code dashboards bring online monitoring, real-time midas Civil cloud computing and BIM structural contours together to support structural safety throughout the lifecycle.
The solution connects the bridge BIM model, sensors, acquisition systems, historical trends, inspection defects and maintenance records to structural objects. The platform organizes, locates and traces information, while structural judgement remains with qualified specialists.
Manage device access, monitoring operations and result review with traceable readings, alert records and reports.
Register strain, vibration, temperature, humidity and cable-force sensors with their types, identifiers and operating status. Arrange monitoring points by bridge type and associate devices with points and indicators for parameter maintenance and traceability.
Set alert levels and trigger conditions for monitoring indicators and record alert events automatically. Notify staff by SMS, email or app, retain response records and review alert frequency and trends.
Organize midas Civil finite-element model uploads, data parsing, cloud analysis and result review. Retrieve results through MIDAS API to help technical teams inspect structural response, load cases and calculation data.
Analyze monitoring data through time trends, correlations and distributions. Review bridge and component condition using alert records and configured assessment indicators to support anomaly review and maintenance analysis.
Organize daily, monthly, quarterly and annual reports summarizing monitoring data, alerts and assessments. Configure report templates, export to Word and retain historical reports for review and archiving.
Present bridge structures with BIM/GIS scenes and lightweight models, bringing monitoring points, readings and alerts into one view. Use standard components and the scene editor to configure dashboards for each project.
Review monitoring status, anomaly records and periodic reports to support daily operations and maintenance planning.
Configure thing models, connectivity and business components to build project monitoring dashboards.
Review historical readings, alert response records and analysis results to support anomaly verification and technical assessment.
Tell us about the bridge type, monitoring system and operating workflow, and we will prepare a relevant demonstration.
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