Research Interests

My research focuses on the modeling and analysis of threats to next-generation Internet, cloud and mobile systems, and critical infrastructure. My lab addresses fundamental problems in cyber resilience, risk assessment, data provenance, and adaptive threat detection, with applied work in cloud and cyber-physical security, mobile security, anomaly detection, moving-target defense, cloud auditing, and risk management. This work is supported by the Department of Defense, Department of Energy, Department of Homeland Security, and the Air Force Research Lab.

Cyber Resilience & Risk

Metrics, attack-graph modeling, and remediation for resilient IT/OT and critical infrastructure.

Blockchain & Data Provenance

Trusted device identity, supply-chain provenance, and decentralized assurance.

5G/6G & Wireless Security

Secure, privacy-preserving network slicing, spectrum, and connected systems.

AI/ML Assurance

Trustworthy, certifiable machine learning for cyber-physical and operational environments.

Energy & Cyber-Physical Systems

Cyber resilience for power grids, ports, and industrial control systems.

Cloud & Mobile Security

Moving-target defense, anomaly detection, cloud auditing, and mobile threat detection.

Books

Modeling and Design of Secure Internet of Things Blockchain for Distributed Systems Security Moving Target Defense for Distributed Systems Dynamic Spectrum Access for Wireless Networks (Springer, 2015) Reinforcement Learning for Cyber Operations (Wiley-IEEE Press, 2024)

Centers of Excellence (ODU Site Lead)

Featured Projects

Selected active projects at the Center for Secure and Intelligent Critical Systems (CSICS):

Grants & Contracts

Selected funded projects (PI unless noted) — totaling more than $22 million in research funding since 2009.

Old Dominion University (2016 – present)

Tennessee State University (2009 – 2016)