In the wake of the devastating twin earthquakes in Venezuela, a global collaboration of NASA, Microsoft, and the European Union is leveraging artificial intelligence and satellite imagery to expedite rescue efforts. This advanced technology is crucial for identifying the hardest-hit areas, allowing aid to be directed where it is most needed, potentially saving countless lives.
NASA’s disaster response programme, alongside researchers from Oregon State University, is analysing radar images taken before and after the earthquakes to detect changes in the landscape and damaged buildings. Preliminary estimates suggest that nearly 59,000 structures may have been affected, a critical figure for guiding initial rescue operations.
The European Copernicus programme plays a vital role by providing high-resolution satellite imagery from Sentinel-1 satellites, which allows for precise measurements of ground movement and building changes. This data forms the backbone of the AI algorithms used to classify damage and prioritize inspection areas for rescue teams on the ground.
Although AI cannot replace on-site assessments, its ability to quickly generate damage maps greatly enhances coordination among governments and NGOs. The information is shared in real-time via the UN’s Centre for Humanitarian Data, ensuring that all involved parties have access to the same data, ultimately improving the effectiveness of the humanitarian response during this critical time.
Source: Euronews
