Ensuring embankment stability is a necessity to prevent the catastrophic effects of dam failure, hear how InSAR can be utilised to monitor your water utility asset.
InSAR is a relatively new monitoring technique for civil engineering applications, hear how InSAR compares with more traditional monitoring in this case study.
We recently completed a study in collaboration with several water utility companies and the European Space Agency (ESA). Hear how this study improved prediction of bursts by over 40%!
When an insurance claim for property damage is made, 6 to 18 months of building monitoring on the ground is typically needed to demonstrate seasonal movement, which is both expensive and time-consuming. Hear how using InSAR can reduce claim times.
Cyclic shrink/swell movements pose substantial geotechnical and structural challenges for managing transport infrastructure. Investigate how London Clay affects M25 earthworks with InSAR.
A landslide in Snowdonia National park resulted in the closure of the A498 between Penygwryd Hotel and Beddgelert. SatSense have analysed InSAR data to see if there was any precursory ground movement to the landslide event on 30 September 2022.
Using InSAR at desk study stage can help identify and assess movement risks across an entire site, hear how Ramage Young used our data to identify movement trends across their site.
The tragic collapse of the residential building in Miami on Thursday, SatSense processed Sentinel-1 radar data to analyse movement in the area; results suggest no clear precursory movements on the building.
Hear how SatSense, and Earth-I, a leading provider of satellite data AI analytics, have joined forces to integrate their ground movement remote sensing services.
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