Jacob Blevins
Papers
2
Total Citations
14
H-Index
2
About
Jacob Blevins is a rising authority in the cybersecurity of cyber-physical and robotic systems, with a sharp focus on the vulnerabilities of networked control and telerobotic platforms. His research exposes a critical frontier: the development and neutralization of perfectly undetectable cyberattacks. In his highly cited 2024 work (10 citations), Blevins pioneered the concept of affine transformation-based false data injection attacks, demonstrating how intelligent adversaries can inject both multiplicative and additive data into remote manipulator kinematic control systems while remaining completely hidden from standard attack detectors. This breakthrough reveals a previously underestimated threat to industrial and surgical robotics. Building on this, his 2025 study (4 citations) advances the field by proposing novel defense mechanisms against these very attacks, specifically targeting encrypted telerobotic control systems. By showing how adversaries can manipulate observed states and control commands to cause undesired trajectories and system instability, Blevins is not only mapping the attack surface but also architecting the countermeasures. His work is essential reading for anyone securing the next generation of autonomous and remotely operated machinery.
Research Focus
Key Achievements
Top Papers
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