Our research in the Security area focuses on different aspects of security in computing, including cyber security, network and wireless security, and web services security. The research aims at developing solutions for security challenges in different domains, such as industrial control systems in oil and gas production, and medical systems.
Faculty Members:
Primary:
Abdelkarim Erradi (Cyber Security)
Noora Fetais (Cyber Security)
Khaled Khan (Cyber Security)
Wadha Labda (Privacy)
Qutaibah Malluhi (Privacy)
Amr Mohamed (Network Security, Wireless Security)
Elias Yaacoub (Physical Layer Security)
Hela Chamkhia (Physical Layer Security)
Mahmoud Barhamgi (Privacy, Cyber Security)
Ahmed Badawy (Network Security)
Jurlind Budurushi (Cyber Security)
Secondary:
Khalid Abualsaud (Network Security)
Abdulla Al-Ali (Network Security, Privacy)
Cagatay Catal (Cyber Security)
Uvais Qidwai (Physical Layer Security)
Moutaz Saleh (Network Security)
Saeed Salem (Cyber Security)
Hela Chamkhia (Wireless Security)
Jurlind Budurushi (Privacy)
Related Projects:
NPRP12S-0115-190002: Cybersecurity visualization: collaborative graphical tools for security policies
NPRP11S-0113-180276: Detection of covert communications in untrusted channels
NPRP10-0206-170360: Intrusion Detection System (IDS) for Industrial Control Systems
NPRP9-005-1-002: Assessing and managing ICT security risks of industrial controls systems for oil and natural gas production and transmission
NPRP8-408-2-172: Light-Weight and Effective Security Schemes for Wireless Medical Devices
NPRP8-1474-2-626: Architectural Approaches to Protecting Against Compromised System Software
NPRP8-531-1-111: Security Risk Modeling and Assessment of Cloud Computing
NPRPX-063-1-014: The Garbled Computer: Towards Computing without Seeing
NPRP09-069-1-009: Security Assurance for Service-Oriented Software Systems
NPRP14S-0413-210206: Defense Against Hardware Intrinsic Attacks in Resource-Constrained COTS based Traditional and Futuristic Artificial Intelligence of Things (AIoT)