Critical Infrastructure Protection

Protecting the systems that power modern life

4 min read · Tue, Apr 14 2026

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The modern world runs on interconnected cyber-physical and distributed digital systems. When cyber-physical systems are compromised, the consequences can extend into the physical world. A cyberattack on a maritime system can disrupt supply chains. A breach in financial infrastructure can destabilize economies. An autonomous system exploit can paralyze transportation networks. These scenarios raise a fundamental question: how can digital and cyber-physical systems be designed to remain secure and resilient in increasingly complex environments? For three decades, KAUST Professor Roberto Di

Roberto Di Pietro

Professor, Computer Science

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Professor Di Pietro is a cybersecurity expert who excels in building and leading research and innovation labs in the private sector, government and academia. He works on critical infrastructure protection, adopting an artificial intelligence-driven approach in collaboration with major stakeholders.