With our software, each object gets assigned to a category to allow an extensive and accurate analysis of detection, inspection and inventory.
Our solution is fully automated, reliable and fast to meet the needs of predictive and corrective maintenance.
An algorithm that is capable of processing sections individually in order to obtain a global view of the network.
The analysis of polylines to study the geometry of each linear element.
This enables the automation of measurements as slope, radius of curvature, lane width, lane tilt, safety barrier height,...
The vectorized elements can be transferred to utilize a Geographic Information System (GIS) or Building Information Model (BIM) application.
Our solution is fully automated, reliable and fast to meet the needs of predictive and corrective maintenance.
An algorithm that is capable of processing sections individually in order to obtain a global view of the network.
The identification of risks due to an extensive analysis of infrastructure geometry.
The optimization of preventive maintenance and scheduled interventions.
The automation of measurements such as radius of curvature, lanes tilt, lanes width, safety barriers height,...
Our solution is fully automated, reliable and fast to meet the needs of predictive and corrective maintenance.
An algorithm that is capable of processing sections individually in order to obtain a global view of the network.
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Since 2015, the use of GIS, BIM and even BIM connected to GIS has been carried out at setec according to needs and uses, with the most sober approach possible and avoiding multiplying technologies. An example is the use of mobile mapping for highway reverse engineering, in collaboration with 
One step closer towards digital twins!
