Akira Ransomware Gang targets Split Airport of Croatia


It’s deeply concerning to hear about the ransomware attack on Split Airport, affecting its operations and causing significant disruptions to flights and passenger services. Ransomware attacks targeting critical infrastructure such as transit systems can have severe consequences, not just for the organizations involved but also for public safety and trust.

The response of the Split Saint Jerome Airport staff in resorting to manual operations shows their dedication to mitigating the impact and ensuring some level of service continuity despite the cyberattack. It’s commendable that the IT staff worked tirelessly to restore a significant portion of digital operations by Monday evening, although the situation remains challenging.

The stance of the airport’s leadership in refusing to negotiate or pay the ransom demands is consistent with the advice often given by cybersecurity experts and law enforcement agencies. Paying ransom can encourage further attacks and fund criminal activities, making it a risky proposition even when faced with severe operational disruptions.

The mention of the Akira Ransomware group, which has been active for over a year and has affected numerous organizations worldwide, underscores the growing threat posed by such cybercriminal groups. The FBI advisory warning about Akira’s activities highlights the need for heightened vigilance and robust cybersecurity measures across public and private sectors.

In situations like these, collaboration between affected organizations, law enforcement, and cybersecurity experts is crucial to mitigate the immediate impact, investigate the incident thoroughly, and strengthen defenses to prevent future attacks. It’s essential for organizations to continuously update their cybersecurity protocols and train staff to recognize and respond effectively to potential threats.

As the situation develops, it will be important to monitor how Split Airport and other affected entities recover and bolster their cybersecurity resilience to prevent similar incidents in the future.

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