Kaspersky security experts warned of AI-enabled cyber attacks during the company's annual Cyber Security Weekend conference in Tbilisi, Georgia [1].

The shift toward autonomous threats represents a critical escalation in digital warfare. Artificial intelligence now allows attackers to launch complex campaigns without human intervention, increasing the speed and scale of potential breaches.

Four senior Kaspersky experts [1] led the discussions during the event, which focused on the Middle East, Turkey, and Africa. The researchers, including Maher Yamout, Tofiq Darbas, Sergey Logkin, and Omar Amin, said AI has a growing capability to evolve attack methods in real time [1].

The conference took place earlier this month, with coverage appearing on Aug. 4 [2]. The primary objective of the gathering was to inform the public about how these evolving methods make it harder for individuals and organizations to detect if they have been compromised.

The experts focused on the central question of whether users are hacked without their knowledge. They said AI can be used to create more convincing phishing attempts and automate the discovery of software vulnerabilities, tasks that previously required significant human effort.

By focusing on the Middle East, Turkey, and Africa, the event highlighted regional vulnerabilities to these new tools. The experts said the rapid adoption of AI by malicious actors necessitates a corresponding shift in how security systems are designed and deployed [1].

As AI tools become more accessible, the barrier to entry for sophisticated cyber crime continues to drop. This democratization of high-level hacking tools puts small businesses and private citizens at higher risk than in previous years [1].

“Artificial intelligence now allows attackers to launch complex campaigns without human intervention.”

The transition from human-led to AI-driven cyber attacks marks a fundamental change in the threat landscape. When attacks can operate autonomously, traditional reactive security measures—which rely on human analysts to spot patterns—become insufficient. This shift forces a move toward AI-based defense systems capable of responding at machine speed to counter machine-generated threats.