Artificial Intelligence Within The Boardroom: Isacas Method To Ai And Cybersecurity

This emphasised that the motivations behind AI-driven cyberattacks are neither monolithic nor static, highlighting the fluidity and multiplicity of attacker goals. Building upon individual and organisational motivations, the research widened its lens to know the overarching societal ramifications of these cyber threats. It found that AI-driven cyberattacks have a profound ripple effect, influencing financial constructions, political landscapes, and social norms. The authors argue that human-centric and non-technical dimensions must be integrated into cybersecurity discussions, requiring a shift within the historically tech-centric paradigm to a extra inclusive and interdisciplinary approach. This paper explored the multifaceted dimensions of AI-driven cyberattacks, together with their implications, methods, motivations, and societal impacts.

• In addition, the paper centered on present developments, such as using deepfakes, and proposed alternative methods for creating efficient policies to counter AI-enabled cybercrime.
• However, there is a significant gap in our understanding of the motivations behind AI-driven cyberattacks and their broader societal impression.
• These correct predictions information decision-making and reduce the probabilities of unexpected security breaches.
• The third research goal of this paper was to ascertain the motivations of AI-empowered cyber attackers.

This multifaceted practical utility underscores the schema's very important function in shaping a cohesive and targeted response to the societal implications of AI-driven cyberattacks. After outlining the assorted defensive AI strategies and strategies to mitigate the dangers of AI-driven cyberattacks, it's equally essential to discover the motivations behind these refined assaults. Understanding the underlying motivations not only enhances our understanding of the menace landscape but additionally equips us to proactively address vulnerabilities earlier than they can be exploited. Cyberattacks have turn into increasingly frequent, impactful, and sophisticated over the previous decade, because of artificial intelligence (AI) [1–3].