Assess the infrastructure susceptibility risk of entire networks in minutes. GEOFEM is a leading satellite data consultancy firm which combines 20+ years of geotechnical and GIS knowledge for infrastructure projects worldwide.
Climate change and heavier use are increasing the risks of geohazards to infrastructure. In-situ monitoring alone can be insufficient for these new threats, making responses:
•Reactive, costing 10x more than proactive remediation with emergency repairs driving up expenses (US Department of Defence).
•Disruptive: landslides near Woking, England in December 2023 led to a reduction in service (BBC News) that cost South Western Rail around £100,000 p/h.
•Expensive: Proactive treatments for subsidence (such as resin injections) cost £1000 on average. Reactive treatments (such as piling) can cost around £12,500 (Checkatrade.com), a 1,150% increase.
Tackling these issues is the basis on which GEOFEM was founded.
GEOFEM combines satellite data with geotechnical engineering insight to save stakeholders £1000s on their infrastructure projects. Let us know your area of interest and we will:
•Access historical ground displacement data to establish trends and access predictions for ground movement in their areas of interest.
•Create susceptibility maps to assess the risk of the area to geohazards such as landslides, subsidence, and sinkholes.
•Present this data in an accessible and consistently updated format via our GIS platform, EYEGIS.
SAR data can detect defects before they become visually apparent, allowing you to:
•Save money, time, and resources by prioritising tasks.
•Have access to all the information about safety scores and risk assessments for infrastructure.
•Improve the resilience of assets to the risks of geohazards exacerbated by climate change and heavier use.
Contact us for a free discussion with our business development team.
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Industry
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Civil Engineering
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Company size
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11-50 employees
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Headquarters
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Engomi, Nicosia
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Type
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Public Company
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Founded
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2007
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Specialties
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Geotechnical Design and FE Analysis, InSAR ground displacements, InSAR structural displacements, Earth observation, Infrastructure health monitoring, GIS, and Civil engineering