NSF CPS award on Secure Encrypted Cyber Physical Systems

National Science Foundation, CPS: Small: Enhancing Cybersecurity in Remote-Controlled Robots Using Depth-Compressed Encrypted Adaptive Control and Virtual Trip-Wire Overflow Traps (#2448402), PI: Ueda, $600,000, 7/15/2026-7/14/2029 This project develops a unified defense framework against false data injection attacks in networked cyber-physical systems by integrating two complementary mechanisms: a depth-compressed encrypted adaptive…

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Time-varying parameter affine transformation-based perfectly undertectable attack (TV-ATPA) paper published in Control Engineering Practice

Kwon, Hyuk Bin, Meriem Ernez, and Jun Ueda. “Time-Varying Affine Transformation-based Perfectly Undetectable Attacks: Eliminating Timing Constraints and Enabling Destination Control” Control Engineering Practice, Vol. 175, October 2026 Abstract This paper presents a theoretical framework for Time-Varying Affine Transformation-based Perfectly Undetectable Attacks (TV-ATPA) on linear time-invariant (LTI) control systems. The…

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Mathworks Academic Course Support (Gift)

A $15,000 MathWorks Academic Course Support award (gift) has been awarded for the project “Developing a MATLAB Library for Secure Control and Cyber‑Physical Systems Resilience Education.” The support will enable the development of MATLAB‑based educational tools that enhance hands‑on learning in secure control and cyber‑physical systems, strengthening curriculum and student…

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