Suez Quake Exposes the Prediction Gap: A Global Alert With No Egypt Location
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The earthquake north of Suez has revived debate over Dutch researcher Frank Hoogerbeets, as social media users questioned whether he had predicted the tremor or failed to anticipate it.
Egypt’s national seismic network recorded a magnitude 5.6 earthquake shortly after 3 a.m. on Monday, August 3, 2026, about 38 kilometres north of Suez. No casualties or property damage were reported. Germany’s GFZ research centre estimated the magnitude at 5.4 and the depth at approximately 10 kilometres.
One day before the earthquake, Hoogerbeets’ SSGEOS platform warned of a possible global cluster of earthquakes of magnitude 5.5 or higher between August 2 and 4, with the possibility of stronger activity around August 6.
However, the notice did not identify Egypt, Suez, a specific epicentre, an exact time or the expected magnitude of the event.
Hoogerbeets commented after the earthquake and said its magnitude had been revised to 5.2. That observation came after the tremor and therefore cannot be treated as an advance prediction of its location.
The distinction matters. The U.S. Geological Survey says a genuine earthquake prediction must specify three elements: time, location and magnitude. It also states that neither the agency nor other scientists have developed a reliable method for accurately predicting major earthquakes.
A short warning covering the entire world is likely to overlap with some subsequent seismic activity because thousands of earthquakes occur every day, although most are too small to be widely felt. A partial match identified afterward does not, by itself, validate a planetary-alignment theory.
Egyptian seismic specialists have previously rejected claims that planetary alignments can reliably forecast earthquakes and urged the public to follow official monitoring networks rather than alarming, non-specific warnings.
The Suez earthquake was therefore not entirely outside Hoogerbeets’ broad global alert, but it was not specifically predicted either. The warning failed to answer the most important question: Where would the earthquake occur?
