Core Research Areas
Cyber Systems Security
Developing sophisticated cryptographic algorithms and secure communication protocols to fortify data transmission and privacy.
Maritime Cybersecurity
Addressing unique vulnerabilities of shipboard networks, autonomous vessels, and critical port infrastructure against cyber threats.
Brain-Computer Interfaces
Advancing the frontiers of neural computing, brain signal decoding, and securing next-generation BCI applications.
Trustworthy AI
Building resilient AI-powered security solutions and protecting critical machine learning models from adversarial manipulation.
Lab Facilities: Compute Cluster
Accelerating AI & Security Research
The Cyber Innovation Cluster is a dedicated high-performance computing (HPC) environment optimized for Distributed Data Parallel (DDP) PyTorch training. Equipped with powerful GPUs and managed via SLURM, it enables our researchers to seamlessly scale complex models and execute extensive multi-node experiments.
View Cluster DocumentationFeatured Lab Highlights
INtegrated Cyber Instructor Training Ecosystem (IN-CITE)
$1.5M Department of Labor grant to advance cyber warfare training curricula bridging academic and military needs.
Secure and Efficient Hierarchical P2P Fog Architecture
A novel approach for IoT published in the IEEE Internet of Things Journal.
Unveiling Thoughts: Advancements in EEG Brain Signal Decoding
A comprehensive review published in IEEE Transactions on Cognitive and Developmental Systems.