The author’s scholarly output, comprising over 210 scientific works, including peer-reviewed journal articles and academic books, focuses on software security and information protection at both the algorithmic and implementation levels. The publications place particular emphasis on code protection techniques, including methods for securing complex structures such as mathematical formulas, as well as approaches designed to hinder reverse engineering and unauthorized software use, especially in embedded systems and intelligent devices.
A substantial portion of the work addresses covert communication and information protection, including steganography and the analysis of hidden data from the perspectives of cybersecurity and digital forensics. The author’s contributions also extend to modern cryptography and quantum computing, with research on quantum algorithms and frameworks for unconditionally secure digital signatures.
In addition, the body of work includes studies on modeling and optimization, highlighting practical applications of computational methods in data processing. Collectively, these publications reflect an interdisciplinary approach to contemporary challenges in computer science, with an emphasis on secure and trustworthy information systems.