Nirupam Gupta

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About

Nirupam Gupta is a researcher whose work centers on cybersecurity and control systems, with a particular focus on the vulnerabilities of bilateral teleoperation systems (BTOSs) — technologies that enable remote robotic operation through real-time feedback between master and slave robots. His research has made significant contributions to understanding how malicious actors can exploit communication channels in these systems, identifying critical weaknesses that could compromise their stability and safety. Gupta's most influential work, "False Data Injection Attacks in Bilateral Teleoperation Systems" (2019), has garnered 46 citations and provides a rigorous analysis of how attackers can inject corrupted data into state exchanges between master and slave robots, demonstrating the potential for destabilizing such systems. This built upon his earlier investigation into content modification attacks (2016), which laid foundational groundwork for understanding how state information manipulation threatens teleoperation integrity. His research sits at the compelling intersection of robotics, control theory, and cybersecurity — a field of growing urgency as teleoperated systems become increasingly prevalent in medical, industrial, and defense applications. Gupta's work serves as an important reference for researchers and engineers working to design more resilient and attack-resistant robotic systems.