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Geospatial Insight

https://geospatial-insight.com

 

Geospatial Insight was established in 2012 to address a gap in the market for delivering actionable risk intelligence sourced from analysis of a range of geospatial data sources, including satellite imagery.


Established in the UK and The Netherlands, the company is a leading provider of geospatial intelligence, with proven expertise across the climate transition, insurance and risk analysis sectors. Geospatial Insight delivers ground-breaking solutions based on the development and application of advanced AI data analysis technology to derive risk intelligence data from satellite, aerial and drone imagery, revolutionising the way in which a wide range of businesses, including governments, energy producers, insurers, reinsurers and asset owner/operators make climate adaptation and risk-based
decisions.


The company has launched a number of subscription-based information services in the energy and insurance/risk analysis sectors, including GHGWatch, which detects, measures and monitors methane emissions and which is operational with one of the world’s major oil producers, LOCATE, a platform-based service which supports the planning and implementation of renewable energy installation and Electrical Vehicle (EV) charger roll-out and (RE)Act, a service that provides rapid, post-CAT (Catastrophic) event risk analysis services and is used by many of the world’s largest insurance sector players.

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The WRHM2CA-PR206 as a part of measuring the impacts of climate change on natural resources and critical infrastructure, contributes to reducing the risks associated with uranium legacy sites in Central Asia and water pollution by providing regional capacity for water monitoring systems for transboundary rivers and their tributaries, as well as expanding laboratory capacity related to uranium legacy sites in Kyrgyzstan, Tajikistan, Uzbekistan and Kazakhstan. By creating a monitoring system that consists of a set of reliable laboratory equipment and sensors that are country-specific, compatible with each other, inexpensive to operate and maintain, a data set will be defined that can be transferred to beneficiaries in the event of an environmental crisis. 

The installed system will be integrated into the existing country's Environmental Security Management System or policy, offering the possibility of compiling other data from different national bodies to better understand and monitor climate change's impact on critical resources and infrastructures. 

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