German airport websites hit by cyberattacks

(FILES) In this file photo taken on September 2, 2022 a display announces cancelled flights in the Lufthansa terminal of the Franz-Josef-Strauss airport in Munich, southern Germany – German carrier Lufthansa said on February 15, 2023, IT problems were forcing it to cancel and delay flights across its different airlines, in what appeared to be a major outage. The company did not immediately specify which airports were affected but the departures board at its Frankfurt hub showed a slew of cancellations. (Photo by Christof STACHE / AFP)

Berlin, Germany | AFP | Thursday 2/16/2023

Several German airports said on Thursday their websites were down due to suspected cyberattacks, the latest instance of online sabotage in the country.

Airports in Duesseldorf, Nuremberg and Dortmund said they were affected, while at least two others were reported to have been hit.

German news outlet Der Spiegel said a group of Russian hackers had claimed responsibility for the attack, although there was no comment from authorities about who was behind it.

The sites were believed to have been targeted by so-called “distributed denial-of-service” attacks, designed to overwhelm the target with a flood of internet traffic, preventing the system from functioning normally.

“The site is being overwhelmed by massive demand,” said a spokesman for Nuremberg airport, adding that it was “uncertain” when it would be back to normal.

Germany has been on high alert for Russian cyberattacks since Moscow invaded Ukraine.

Last month, websites of airports, public administration bodies and financial sector organisations were hit by cyberattacks that authorities said were instigated by a Russian hacking group.

The Federal Office for Information Security said in October the threat level for hacking attacks and other cybercrime activities was higher “than ever”.

On Wednesday, German airline giant Lufthansa was forced to cancel or delay flights due to a major IT outage caused by construction work in Frankfurt, the location of its main hub.