Flashnet – The Algorithm that predicts lightning
An advanced artificial intelligence algorithm designed to enhance safety, prevention, and emergency response.
A step forward in weather forecasting
PM_TEN has integrated FlashNet into its advanced numerical models, an innovative lightning‑formation forecasting system based on artificial intelligence algorithms.
Developed by the Department of Civil, Chemical and Environmental Engineering (DICCA) at the University of Genoa, FlashNet is a concrete example of how scientific research can evolve into operational tools that support prevention and territorial safety.
Developed by the Department of Civil, Chemical and Environmental Engineering (DICCA) at the University of Genoa, FlashNet is a concrete example of how scientific research can evolve into operational tools that support prevention and territorial safety.
The research behind FlashNet
The development of FlashNet was featured in the prestigious international journal Nature Communications, where it was selected among the Editors’ Highlights in the AI and Machine Learning section
From research project to operational reality
After being tested within the FESR BIVIOS project, FlashNet is now fully operative within PM_TEN’s meteorological forecasting systems. Thanks to its ability to combine traditional algorithms with artificial intelligence techniques, the system enables:
- Improved accuracy in lightning prediction
- Enhanced planning and management of emergency situations
- Advanced tools for civil protection and infrastructure safety
- Increased safety for outdoor workers, allowing activities to be organized while reducing the risk of lightning strikes
Why it matters
Lightning forecasting is not just a scientific challenge, it is a crucial element in reducing risks associated with extreme weather events. FlashNet becomes an essential tool for worker safety, enabling better planning and preventing dangerous exposure during thunderstorms. The main benefits of FlashNet include:
- Protection for farmers in the fields and workers on construction sites
- Safety for technicians working on roofs, antennas, and infrastructure
- Support for those operating offshore, such as fishermen, sailors, and port workers, allowing operations to be suspended in advance and reducing the risk of lightning strikes
Thanks to FlashNet, PM_TEN strengthens its commitment to providing cutting‑edge technological solutions that protect communities and the environment.
Want to know more about FlashNet?
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