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From Campus to Cloud: Cairo University's 5G and IoT Security Research

Prof. Dr. Mohamed El-Sayed
January 5, 2025
11 min read

Cairo University's Faculty of Computers and Artificial Intelligence (FCAI) is pioneering research in 5G network transformation and IoT security. At their 1st Scientific Research Forum in November 2023, researchers showcased groundbreaking work that's shaping Egypt's smart city infrastructure.

The CAMPIE project (Campus as Mashups Platform for IoT Experimentation) stands out as a flagship initiative. CAMPIE transforms Cairo University's campus into a living laboratory for IoT experimentation, providing researchers and students with real-world infrastructure to test and deploy IoT applications.

Dr. Mustafa Ashry's research on network transformation focuses on 5G as an example of next-generation connectivity. His work explores how 5G's ultra-low latency and high bandwidth enable new applications in autonomous vehicles, remote surgery, and industrial automation. The research addresses practical deployment challenges in Egyptian infrastructure.

Doaa Mohamed Hussien's work on intrusion detection systems over fog computing addresses a critical security challenge. Traditional cloud-based security systems introduce latency that's unacceptable for real-time IoT applications. By moving intrusion detection to the fog layer (edge computing), her system can detect and respond to threats in milliseconds.

The fog computing approach is particularly relevant for Egypt. With limited bandwidth in many areas, processing data at the edge reduces network congestion and improves response times. Hussien's system uses machine learning to identify anomalous patterns in IoT traffic, achieving 98% detection accuracy with minimal false positives.

Mai Abdelghafar's research on Deep Reinforcement Learning (DRL) techniques in O-RAN slicing explores how AI can optimize 5G network resources. O-RAN (Open Radio Access Network) allows dynamic network slicing—allocating network resources based on application requirements. Her work demonstrates how DRL can predict traffic patterns and optimize slice allocation in real-time.

These projects exemplify Cairo University's commitment to applied research that addresses Egypt's infrastructure needs. By collaborating with industry partners like ITIDA and Huawei, FCAI ensures research translates into real-world impact. The future of Egypt's digital infrastructure is being built at Cairo University.

Tags
5GIoTCybersecurityCairo UniversityCAMPIEFog Computing

About the Author

PDME

Prof. Dr. Mohamed El-Sayed

Dean, Faculty of Computers and AI, Cairo University

Prof. Dr. Mohamed El-Sayed is Dean of FCAI at Cairo University. His research focuses on applied AI, IoT security, and smart city infrastructure. He leads multiple funded research projects in collaboration with Egyptian government agencies.