Real-Time Systems
Low-latency detection, response, and recovery for cyber-physical environments where security decisions must happen during operation.

Researcher & Ph.D. Student, IT Convergence Engineering
I build verifiable security systems for the industrial edge, combining lightweight blockchain verification, edge AI, and resilient intrusion detection for IIoT and cyber-physical systems.
Research
My work combines edge intelligence, lightweight consensus, and cyber-physical security for industrial environments where trust, latency, and resilience matter.
Low-latency detection, response, and recovery for cyber-physical environments where security decisions must happen during operation.
Lightweight verification, trust scoring, and consensus mechanisms for secure industrial and distributed systems.
Adaptive security architectures that combine sensing, decision support, and automated recovery in connected environments.
Intrusion detection and prevention for industrial networks where latency, safety, and resource limits make conventional defenses difficult to deploy.
Machine learning and AI methods for cyber threat detection, federated learning, and resilient industrial network protection.
Publications
Browse the complete publication list by type, title, author, venue, or year.
Global Collaborations
Awards
Recognitions, fellowships, prizes, and selected honors connected to research, leadership, and academic work.
Awarded to Team Kumoh, Hamza Ibrahim and Eneh Anthony Uchenna, for the 2026 EMAP Dataset Challenge at IEEE WCCI 2026 in Maastricht, Netherlands.
Awarded for the paper "PureChain Closed Loop Intrusion Detection and Real-Time Recovery for Industrial IoT" at the 2026 NSL Winter Intensive.
Awarded for the SCI(E) article "Bibliometric Analysis of Secure IoT for Quantum Computing" in Internet of Things.
Awarded for the SCI(E) article "A Unified AI-PureChain Framework for Verifiable Intrusion Prevention in Industrial IoT Systems" in IEEE Internet of Things Journal.
Awarded for the SCI(E) article "PureChain Closed-Loop Intrusion Detection and Real-Time Recovery for Industrial IoT" in IEEE Internet of Things Journal.
Certificate of Excellence for presenting "Securing Machine-to-Machine Communication in Industrial IoT and Robotic Networks" at RISE 2026, themed "Harnessing Digital Innovation and Emerging Technologies for Inclusive Growth and Economic Renaissance."
Build Trustworthy Systems
I welcome conversations about research collaborations, invited talks, interdisciplinary projects, and applied industrial security work.
hamza@kumoh.ac.kr