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MÁV to deploy AI-powered drones this year to protect assets and reduce accidents

MÁV plans to introduce AI-supported smart drones at the end of this year to monitor railway operational areas, protect parked rolling stock and cargo, and help prevent accidents.

MÁV to deploy AI-powered drones this year to protect assets and reduce accidents

In a Facebook video, Hegyi Zsolt, CEO of MÁV, announced that AI-supported smart drones will begin operating at the end of this year to enhance protection of the railway company's operational areas and assets. The system is intended to support property security and to help prevent accidents related to unauthorized access.

Why are the drones needed?

MÁV faces considerable challenges guarding its extensive operational areas — including at Ferencváros station, Szolnok, and other major railway hubs — where parked rolling stock and cargo must be continuously monitored. From a security perspective, there were ten incidents last year in which unauthorized persons climbed onto the roofs of waiting trains. Such intrusions carry a risk of life-threatening electrocution; in recent years these situations have resulted in several fatal accidents.

How the smart drones work

The drones to be deployed use a Hungarian-developed artificial intelligence technology. The flying devices can detect critical movements within protected zones and, upon observing irregularities, immediately send alerts to the on-site security personnel. According to the CEO, the system will not only help safeguard assets but also protect the bodily safety of people who illegally enter operational areas, thereby helping to prevent tragic accidents.

Company modernization plans

Hegyi Zsolt emphasized that a comprehensive review of internal processes and integration of state-of-the-art technologies are necessary for MÁV to operate effectively in the 21st century. The company regards the modernization of its processes and adoption of new solutions as essential.

Supplementary note

An AI assistant contributed to the preparation of this article; the final content was edited and verified by a journalist.