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About

Luciano Bononi is a leading researcher in distributed networked systems, with a focus on autonomous UAV swarms, the Internet of Things (IoT), and digital twin technologies. His work addresses critical challenges in disaster recovery and Industry 4.0, where he has pioneered novel approaches to resilient, self-organizing communication networks. Bononi’s most influential contribution is his GPS-free flocking model for aerial mesh deployments in disaster scenarios, which enables UAV swarms to maintain coordinated mobility and connectivity without satellite navigation—a breakthrough for emergency response. This work has garnered 40 citations and is foundational for autonomous swarm behavior in infrastructure-poor environments. He also developed the CUSCUS simulator (16 citations), a versatile tool for distributed networked control systems, and introduced WoTwins (7 citations), an automatic digital twin generator that simplifies IoT asset replication for predictive analytics and real-time monitoring. More recently, his test-bed for autonomic faulty node replacement in UAV-assisted wireless sensor networks (3 citations) demonstrates practical solutions for energy-constrained, harsh environments. Bononi’s research consistently bridges theory and application, advancing the reliability and autonomy of cyber-physical systems.