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When a major earthquake strikes, the international response is often measured in familiar terms, including money pledged, emergency supplies delivered and rescue teams deployed.
The recent earthquakes in Colombia and Egypt show that these forms of assistance remain essential. But they also point to a growing dimension of disaster response. Increasingly, countries and international organizations are using satellites, geospatial data and artificial intelligence to assess damage and help direct assistance.
In Colombia, aid included $200 million from the World Bank, €2.1 million from the European Union and $10 million in UAE humanitarian assistance. But alongside funding, food, shelter and medical supplies, another question is becoming increasingly important. What happens when aid is not only something that can be loaded onto a plane?
From Relief Supplies to Information
In the immediate aftermath of an earthquake, one of the greatest challenges is understanding the scale of the disaster. Roads may be blocked, communications disrupted and some affected communities difficult to reach.
This is where technology can become another part of the response.
Following the Colombia earthquake, the European Union activated its Copernicus Emergency Management Service, using satellite data to support assessments of affected areas. The World Bank’s GRADE assessment is also designed to provide an early picture of damage and economic losses.
Satellite imagery can help identify potentially damaged areas, monitor infrastructure and give emergency teams a broader picture before every location can be assessed on the ground. AI can add another layer by helping analysts process large volumes of imagery and geospatial data more quickly.
Rather than examining every image manually, AI systems can help detect changes in the landscape, flag possible damage and prioritize areas for closer human review. This can give emergency authorities an earlier indication of where assessments may be needed, particularly across large or difficult to reach areas.
The UAE provides one example of how these capabilities are becoming part of the broader disaster response toolkit. Alongside its humanitarian assistance to Colombia, the country currently leads the International Charter for Space and Major Disasters, which provides authorized agencies with satellite imagery and data to support disaster management.
The Charter brings together 17 member organizations and can support damage assessments, identify affected areas and assist relief coordination. During the UAE’s six month leadership term, which began in April 2026, its work has involved the UAE Space Agency, the National Emergency Crisis and Disaster Management Authority, the Mohammed Bin Rashid Space Centre and Space42.
The potential of combining satellite data and AI was also demonstrated following earthquakes in Venezuela in June. The Charter was activated, while UAE organizations used satellite imagery and AI based analysis to support preliminary damage assessments. The process shows how technology can help turn large amounts of raw Earth observation data into information that can support emergency decision making.
That does not mean an algorithm can replace emergency workers. Satellite images still need to be interpreted, potential damage often needs to be verified and decisions must account for conditions that may not be visible from above. Human expertise and local knowledge remain essential.
But technology can reduce some of the uncertainty in the critical early stages of a disaster.
A Broader Definition of Aid
The response to recent earthquakes shows there is no single model for international disaster assistance. Countries can provide funding, emergency supplies, medical support, rescue teams and technical expertise. Increasingly, they can also contribute satellite data, mapping and AI tools.
These capabilities are not interchangeable. AI cannot replace a doctor or rescue worker, and satellite imagery cannot rebuild a hospital. Technology also has limits, with incomplete data and automated assessments requiring human judgment.
But these tools are broadening what aid can involve.
The question is not only What can you send? It is also What can you help responders understand?
Ultimately, technology matters only if it improves the response for people affected by disaster. The task after an earthquake remains fundamentally human, saving lives, reaching communities in need and supporting recovery. AI and satellite technology may help responders see the situation more clearly, but what matters most is what they are able to do with that information.
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