Critical infrastructure cybersecurity is facing significant challenges as decades-old plants are increasingly connected to modern networks, just as attackers are gaining machine-speed tooling. This mismatch is most acutely felt in sectors where awareness of the risk is widespread, but action in many areas is still lagging, with further coverage provided by Silicon Angle.The gap between operational technology modernization and cybersecurity is a central problem for industrial companies. As AI is adopted to operate plant and grid systems faster, security measures are struggling to keep pace. This is particularly evident as older systems, previously air-gapped, are now being integrated into operational technology networks, widening the attack surface. While global spending on modernization is substantial, security investments have not matched this growth. Research indicates a significant increase in organizations dedicating a quarter of their cybersecurity budget to AI, rising from 9% to 48% in two years. However, a persistent challenge remains the scarcity of talent fluent in both industrial control systems and AI-driven cybersecurity. Experts emphasize that agentic AI will augment, not replace, human security operators, necessitating a shift in job roles and skills to address evolving threats.Source: Silicon Angle
Cloud Security, Security Operations, Threat Intelligence, Security Management, Critical Infrastructure Security, OT Security, ICS/SCADA, AI/ML, Attack surface management
Critical infrastructure cybersecurity faces challenges with AI adoption
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