This paper presents a comprehensive survey on the various techniques employed in intrusion detection systems for securing Internet of Things (IoT) networks in smart cities. It highlights the challenges, solutions, and future research directions to mitigate cybersecurity risks in IoT environments.

Daniel Christopher Harris, Emily Ann Ross, Benjamin Oliver Wilson, Charlotte Josephine Rogers, Robert Edward Moore

This research introduces a cloud-based automated malware detection system utilizing machine learning algorithms. By analyzing real-time network data, the system accurately identifies malware, classifies threats, and triggers immediate security responses, thus improving the defense of cloud-based infrastructures.

Olivia Claire Dawson, William Thomas Harper, Alice Eleanor Ferguson, David John Parker, Emma Grace Richards

This paper explores a novel approach to enhancing cloud security by integrating blockchain technology into access control and authentication systems. By leveraging distributed ledger technology, the proposed model ensures secure, transparent, and tamper-proof access management for cloud-based platforms.

George James Parker, Sophia Elizabeth Taylor, Luke Matthew Johnson, Isabella Marie Harris, Thomas Alexander Martin

This review paper investigates the integration of edge computing in securing IoT-based healthcare systems. By processing sensitive medical data at the edge, this approach reduces latency and enhances security, ensuring real-time monitoring and response in smart healthcare environments.

James Arthur Wright, Lily Mae Griffin, Samuel David White, Ella Victoria Allen, Oliver Henry Scott

This research proposes a decentralized cloud storage solution based on blockchain technology to improve data privacy and security. By utilizing blockchain's immutable and transparent nature, the system ensures secure data storage and retrieval, addressing major concerns in current cloud storage models.

John William Carter, Olivia Grace Moore, Daniel Robert Miller, Emma Sophia Clark, Jack Alexander Thomas

This paper presents a blockchain-based framework for managing IoT devices in smart cities. By incorporating blockchain for device authentication and management, the proposed solution provides a secure and transparent mechanism for IoT networks, improving operational efficiency and data integrity in urban environments.

William Jackson Lee, Charlotte Elizabeth Miller, George Henry Carter, Abigail Emily Parker, Nathaniel Joseph Brooks