The European Space Agency now requires operational crews of new satellites to run simulated responses to major solar storms, testing frontline procedures and resilience ahead of potential Carrington‑scale events. ESA’s press release describing one such exercise highlighted estimates that losses could reach trillions and recovery take years.
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Targets a high‑impact electrical risk: ESA’s requirement addresses the prospect of a Carrington‑scale solar storm — industry estimates cited in the exercise put potential losses in the trillions and full economic recovery at well over a decade — and mandates operator drills to reduce that exposure. See the ongoing concern about heightened geomagnetic storm risk over the next two years (and its implications for satellites, GNSS and polar flights): https://hype.aero/?story=19deb458-cfa8-4fca-af2b-e6118962d09d
Fits into broader improvements in observation and warning systems that shorten lead times for operators: coordinated sun‑pointing constellations could speed space‑weather warnings by ~40% (https://hype.aero/?story=fc6118dd-735c-4b1f-bdc3-edcb086b70d5), the UK is deploying quantum magnetometers to protect satellites and power grids (https://hype.aero/?story=21a9e20b-3e5a-49d1-b085-61d4afdaeb60), and NASA/IBM’s Surya AI is advancing forecasting — all complementary to operator preparedness (https://hype.aero/?story=e0917967-b811-4f99-aa25-6741a2398d3d).
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