Donau 3 FM
| Primary URL | Location | Industry | www[.]donau3fm[.]de |
Country
Germany
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Communications
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Profile
Donau 3 FM is a radio station based in Germany. The station operates as an FM radio station and maintains broadcasting channels that deliver music programming to its audience. Its studio environment relies on computers and digital storage for the preparation and transmission of content.
During a cyber incident on January 17 2024, the station demonstrated resilience by switching to analog equipment to continue broadcasting. It activated emergency backup systems when its digital infrastructure failed. Staff used personal mobile devices, social media platforms, and WhatsApp to interact with listeners and fulfill music requests. Presenters kept programming on air by performing live acoustic music, borrowing instruments, and playing recordings from their personal collections.
The source material does not disclose details about Donau 3 FM's ownership, parent organization, or subsidiary relationships. Consequently, no information about the station's corporate structure or affiliations can be confirmed from the available data. The station's headquarters is located in Germany, as indicated in the provided context.
On January 17 2024, Donau 3 FM experienced a ransomware cyberattack that encrypted files and disrupted its digital systems. The attack caused an immediate halt to all broadcasting channels before emergency backups were engaged. In response, the station's IT specialists isolated the network and notified relevant authorities. Operations were shifted to analog equipment, including studio microphones, a backup mixer, and a library of CDs, to sustain transmission. Presenters continued to engage the audience by broadcasting live acoustic performances, using borrowed instruments, and playing music from personal collections, while also coordinating requests via mobile devices and social media.
The station maintained uninterrupted programming with minimal resources during the incident. This outcome reflects the capacity of its redundant systems and improvisational practices to sustain service despite technical disruptions.