EyeRADAR: bringing satellite technology to the civil engineering sector
Infrastructure managers receive continuous metrics and early alerts of millimetric deformations. Monitoring infrastructures using a single tool is possible thanks to EyeRADAR.
Do you already have your own software? Use our integration systems and harness the full potential of satellite technology in your own tool.
Why should you integrate satellite data into the deformation control process and how can EyeRADAR assist you in this process?
We are at a paradigm shift moment
Controlling deformations of large civil engineering projects solely with topographical campaigns and in-situ instrumentation is neither technically nor economically viable. We need to incorporate new data sources that allow us to more efficiently and safely manage our infrastructures. Sensors aboard satellites produce daily high-quality and high-resolution data. This information, combined with on-site measurements, will change the way we observe, manage, and operate our infrastructures.
EyeRADAR incorporates satellite radar technology into the civil engineering sector, providing infrastructure managers with continuous metrics and early warnings for millimetric deformations.
Early warnings, much more than just data!
EyeRADAR goes a step further in using InSAR technology in the civil engineering sector. EyeRADAR transforms the vast amount of information provided by InSAR technology into alerts and metrics that positively impact decision-making.
EyeRADAR’s AI layer allows for automatic and objective identification of when, where, and how intensely an unexpected deformation process is occurring. Infrastructure managers can focus on what’s really important. EyeRADAR sends alerts that enable informed and early decision-making at any stage of the infrastructure’s life cycle.
On-site & satellite integration
At Detektia, we are convinced that integrating diverse data sources is the key to having genuine and comprehensive control over an infrastructure’s deformation processes. Having a dual verification, accessing deformation data where on-site instrumentation can’t reach, possessing historical data on the ground’s behavior or an asset before there were topographical campaigns or instrumentation, is crucial for infrastructure managers.
EyeRADAR is specially designed to integrate on-site information: topographical campaigns, GNSS data, inclinometers, piezometers, accelerometers… Everything coexists in the same database and is integrated and analyzed all together in EyeRADAR.
Integrate DInSAR data into any platform with EyeRADAR´s API
EyeRADAR not only integrates and analyzes diverse data sources. You can do it in your own software. Thanks to EyeRADAR’s API, any software can easily integrate InSAR data, metrics, and early warnings.
If you already have geotechnical or infrastructure management software, you can leverage the potential of EyeRadar’s API. Any software (GIS, BIM, Digital Twins…) can benefit from all its capabilities without leaving your own tool. Without a learning curve, manage EyeRADAR alerts and results directly from your own software.
Combine EyeRADAR with the full potential of a GIS
Detektia’s QGIS plugin allows you to work with all the information from EyeRADAR within QGIS, the leading Open Source Geographic Information System. If you’re already a QGIS user, you can combine the power of a GIS with all the features of EyeRADAR.
Analyze deformations in 3D alongside LiDAR point clouds, and combine advanced site information (geology, work units, structural elements…) with the metrics and alerts generated by EyeRADAR.
DInSAR data, metrics and alerts in your pocket
With Detektia’s new mobile app, you can analyze deformation alerts right from the location where they’re occurring. You can install the application for Android devices for free.
Ensure the entire team has access to the same information.
EyeRADAR’s dashboards allow for tracking specific aspects of an infrastructure, area of interest, or deformation process. Detektia’s Machine Learning layer, combined with EyeRADAR’s database, access to meteorological APIs, and other data sources, enables the creation of dashboards with specific objectives in an efficient and agile manner.
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