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Postgraduate Course (Programme) Leader, MSc Advanced Computer Networks

Dr. Syed Attique Shah

Dr. Shah is working as a Lecturer at the School of Computing and Digital Technology, Birmingham City University, UK, with 10+ years of experience in teaching and research. Previously worked as Lecturer/Assistant Professor at the Institute of Computer Science, University of Tartu, Estonia, and also served as Associate Professor and Chairperson for the Department of Computer Science at BUITEMS, Pakistan. Received Ph.D. from Informatics Institute, Istanbul Technical University, Turkey. Served as a Visiting Scholar at the Tallinn University of Technology (TalTech), Estonia, University of Tokyo, Japan, and National Chiao Tung University, Taiwan. Published research papers in reputable Q1 journals with an accumulative impact factor of more than 100, a citation count of over 1100 and an h‑index of 16. Presented several research papers at internationally renowned conferences. Nominated as an IEEE Senior Member. Recommended by HEC Pakistan as approved Ph.D. supervisor. Involved as Co‑PI and Project Lead in three different funded projects. A super nerd who loves big data analytics, the Internet of Things (IoT), and information management. Interested in devising better problem‑solving methods for challenging tasks and learning new skills, tools and techniques.

2 articlesLinkedIn ↗
Contributor Brief·Dr. Syed Attique Shah · 2 articles
Updated Sep 25, 2023

IoT systems paradoxically create and solve drone delivery security threats simultaneously

Dr. Shah argues that the same advanced IoT networks enabling scalable drone delivery operations are inherently the source of critical cybersecurity vulnerabilities in that ecosystem. He contends that understanding this dual nature—risk and defense mechanism in one system—is essential for securing next-generation logistics infrastructure.

BVLOS

FAA approval milestone enabling longer-distance commercial drone shipments

“Advanced IoT systems are both their risk and their defense.”

Drone Deliveries Face Cybersecurity Vulnerabilities (2023)

Core tension in drone delivery infrastructure security

IoT connectivity enables scale and automation9
Same networks create attack surface expansion8
IoT monitoring tools can detect intrusions7
Requires real-time security orchestration across systems8

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28%IoT connectivity
IoT connectivity enables scale and automation
Same networks create attack surface expansion
IoT monitoring tools can detect intrusions
Requires real-time security orchestration across systems

2 systems

security gaps and defense mechanisms coexist in connected delivery networks

Connected delivery systems require sophisticated IoT networks that simultaneously create security gaps.

Drone Deliveries Face Cybersecurity Vulnerabilities [building management] (2023)

UPS BVLOS approval signals infrastructure maturity but exposes attack surface growth.

Drone Deliveries Face Cybersecurity Vulnerabilities (2023)

“Sophisticated IoT networks provide tools to seal security gaps they create.”

Themes:IoT as dual-natured security paradoxInfrastructure maturity enabling but requiring advanced threat managementConnected systems demand simultaneous vulnerability and defense architecture

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