My research is mainly focused on enhancing security and preserving privacy in modern communication and data‑driven systems. With a strong background in cybersecurity, networking, and software engineering, I have always strived to bridge the gap between theoretical foundations and practical industry requirements.
The main research axes are:
End‑to‑end privacy preservation in IoT‑based healthcare systems using blockchain
Developing security and authentication frameworks for sensitive applications such as banking, cellular networks (VoLTE), and enterprise systems.
Simulation and optimization of wireless networks (especially self‑organizing femtocells) using learning automata and frequency allocation.
Penetration testing, malware analysis, digital forensics, and security assessment of real‑world systems (web, infrastructure, software).
Zero Trust architecture and Threat Intelligence Sharing platforms (ISAC).
In addition to fundamental research, I have extensive experience in industrial projects and applied research initiatives – including security consulting for steel companies, evaluation of EDR systems, and designing a cyber range simulation platform.
