The Ground Moves 24/7

We Help You Understand Which Movement Matters

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SkyGeo helps transform your geotechnical risk planning and operations by surfacing and understanding meaningful millimeter-scale ground deformation patterns earlier and more efficiently

Uncover Movement That Matters

  • Large bulldozer on an earthworks site at sunset, representing how InSAR supports civil engineering projects by monitoring settlement and slope stability.

    Mining

    Learn how SkyGeo works with leading mining companies to ensure tailings and pit wall stability, keeping mines productive, safe and in environmental compliance.

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  • Oil pumps in a desert landscape under cloudy skies, showing typical fields where InSAR monitoring is used to track subsidence and induced seismic risk.

    Energy

    SkyGeo works as a companion with geoscientists, reservoir engineers and geomatics experts, to do the InSAR data processing correctly, so the InSAR data is accurate.

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  • Suspension bridge with weathered towers and cables, symbolising InSAR-based monitoring of bridge foundations and approach embankment stability.

    Civil Engineering

    SkyGeo provides early detection of structural issues. Learn how we work with geotechnical and civil engineers to improve cost controls and safety by optimizing maintenance scheduling.

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Learn how SkyGeo has become an essential monitoring protocol for site selection, managing operations and compliance.

Demonstrate Sustainability Leadership

Environment, Sustainability and Governance

We leverage InSAR as a starting point providing in excruciating detail the historical and current patterns of slow motion movements of the ground and built objects across the globe:

  • Bronze

    Time series show how objects have moved since the previous measurement. Compare measurements on millimeter-scale.

    Icon of a line with arrows over a ruler, representing millimetre-accurate displacement measurements from InSAR time-series data.

  • Constant Updates

    Your data are updated as often as satellites acquire an image, up to 5 times per week or as often as you need for your business.

    Stylised infinity symbol made from two controllers, used as an icon for continuous, always-on InSAR monitoring and analysis.

  • High Density

    Our maps contain up to 100,000 measurements per km2 over large areas. A quantum leap in effectiveness compared to conventional levelling campaigns.

    Illustration of parallel black rods, representing dense, coherent InSAR measurement points across a monitored area.

  • Decades of Data

    Over many areas you can access data going back to 1992 to assess long term motion of individual objects and the areas around it.

    Calendar and clock icon indicating regular, time-series InSAR monitoring of ground deformation over months and years.

  • Global Reach

    We monitor all types of assets, whatever their size and wherever they are in the world.

    Globe icon with circling arrows, symbolising SkyGeo’s global InSAR ground motion coverage and data delivery
Once you have these millions of complex fuzzy InSAR measurements, you need to make sense of distributed slow motion movement by separating noise from the relevant signal. Only then can you translate it into decisions about your assets. The SkyGeo consultants will help you through this.

SkyGeo:
The World’s Only InSAR Optimization & Assessment Platform

Transparent.  Intuitive. Complete.

  • Two colleagues reviewing InSAR ground deformation results on a laptop in an office, discussing risk insights with a large landscape map on the screen.

    Transparent InSAR Algorithms

    Based on our data algorithms, our engineers deliver the most reliable InSAR estimations.

    InSAR is complex and can only be done right with your input. We have written and QA’ed every line of code so we know how we do the InSAR math.

  • Colour-coded aerial map of an urban area, showing InSAR-derived deformation hotspots and stable zones across streets, buildings and green space.

    Complete Visualisation Toolbox

    The InSAR data is the starting point: visualization triggers iterative optimization of the InSAR estimation to characterize how your asset is changing.

  • Two construction workers in helmets and safety vests reviewing plans on site, using InSAR insights to guide geotechnical risk mitigation in the field.

    Intuitive Platform for Assessment

    Our online platform scans easily through very large InSAR and related data sets.

    Our technology can search our global database of slow motions to the benefit of your engineering monitoring strategy.

Download The Ultimate Guide to Using InSAR

When everything is moving continuously, it is vital that you can separate signal from noise to stay ahead of your geotechnical risk.

Our free-to-download Ultimate Guide to Using InSAR will walk you through the application of this complicated technique and highlight the ‘SkyGeo Difference’.

Complete the form below to download the guide instantly:

Cover of a book titled 'SkyGeo' with a subtitle 'The Ultimate Guide to Using INSAR'; it features an aerial photo of a mountainous landscape with a mining or construction site and dark clouds.

Frequently Asked Questions

  • Satellite InSAR measures how the ground surface moves over time, often at millimetre scale. The measurements are the starting point—not the conclusion. Risk assessment requires interpreting trends, uncertainty, site conditions, and asset sensitivity so decisions are based on meaning, not just movement values.

  • No. Many types of movement are expected and benign (seasonal effects, consolidation, operational activity, long‑term geological processes). The key is separating normal behaviour from patterns that indicate increasing risk, which requires context, baselines, and expert interpretation.

  • Misinterpreting InSAR can lead to unnecessary investigations and disruption—or missed early warning signs. Professional interpretation accounts for uncertainty, site context, and asset criticality so findings support safe, defensible decisions instead of dashboard-only interpretation.