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About

Parag H. Rughani is a cybersecurity and robotics researcher whose work focuses on securing the next generation of autonomous systems. His primary research areas include network security, digital forensics, and the application of quantum cryptography to robotic operating systems. Rughani has made significant contributions to identifying and mitigating vulnerabilities in the Robot Operating System (ROS2), a critical middleware for modern robots. His most cited paper, “Analyzing Security Vulnerability and Forensic Investigation of ROS2: A Case Study” (2022, 8 citations), provides a foundational analysis of security flaws in ROS2 and offers forensic methodologies for incident response. He further advanced this field with “qcROS2: An Architecture to Secure Network Communication of ROS2-based Environment” (2023, 2 citations), where he pioneered the integration of quantum cryptography to protect robotic communication. Rughani’s work also extends to collaborative robots and aerial defense, as seen in his studies on network forensics for cobots and the design of swarm ornithopter robots for counter-drone operations. His research is notable for bridging the gap between theoretical security models and practical forensic investigations, addressing real-world threats to critical infrastructure. With a growing citation impact, Rughani is establishing himself as a key voice in the safe and secure deployment of robotics across defense, industrial, and healthcare domains.