UGent and KMI Harness Powerful GSM Signals for Ultra-Local Belgian Rain Forecasts

UGent and KMI Use GSM Signals for Precise Belgian Rain Forecasts

University of Ghent and KMI launch a groundbreaking system using mobile signals to predict rain more precisely than satellites or radars in Belgium.
Marie Dupont3 hours agoLast Update :
UGent en KMI onderzoeken hoe ze nog lokaler kunnen voorspellen waar regen valt: "Aan de hand van gsm-signalen"
www.vrt.be

Belgium is set to benefit from a groundbreaking advancement in rain prediction technology. The Universiteit Gent, in collaboration with the Royal Meteorological Institute (KMI), has launched a research project to improve the accuracy of rain forecasts using mobile phone signals. This innovative approach aims to complement existing methods such as satellites, rain gauges, and radar.

5 Key Takeaways
  • Universiteit Gent start onderzoek met KMI
  • Testen systeem voorspelt regen via gsm-signalen
  • Huidige methoden gebruiken satellieten en radars
  • Bestaande systemen bevatten fouten en onnauwkeurigheden
  • Geograaf Kwinten Van Weverberg geeft toelichting

Traditional weather prediction tools are reliable but can sometimes produce errors or lack precision. According to geographer Kwinten Van Weverberg, these systems have limitations that the new GSM-based model could overcome. On 2025-08-22 13:55:00, the researchers began testing this system to determine exactly where and when rain will fall, potentially revolutionizing weather forecasting in Belgium.

How will this new method change the way Belgians prepare for rain? And can mobile signals really provide more precise data than satellites? The answers lie in the ongoing trials and their results.

Fast Answer: Belgian researchers are testing a new rain prediction system using mobile phone signals, aiming to improve local forecast accuracy and help citizens better prepare for sudden weather changes.

Why is this development important? Improving rain prediction can reduce surprises caused by sudden downpours, which often disrupt daily life and transport. The use of GSM signals offers several advantages:

  • Provides real-time, localized data where traditional sensors may be sparse
  • Enhances precision in timing and location of rainfall
  • Complements existing satellite and radar systems to reduce errors
This innovation is particularly relevant for Belgium’s densely populated regions, where accurate weather forecasts can support agriculture, urban planning, and event management.

As this research progresses, Belgians can look forward to more reliable weather updates. Stay tuned for further results and consider how this technology might soon influence daily decisions about travel and outdoor activities.

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