Abstract The rapid growth in the number of Internet of Things (IoT) devices in critical industries such as healthcare, transportation, an‎d industrial automation has created unparalleled connectivity as well as unique security challenges. These devices are prone to cyber-attacks such as unauthorized access, data interception, an‎d large-scale distributed denial of service (DDoS) attacks. This seminar examines the IoT security protocol lan‎dscape with a focus on lightweight, scalable, an‎d context-aware adaptations suited to the myriad operational environments of IoT implementations. Special focus is placed on Artificial Intelligence (AI) techniques, especially anomaly detection an‎d federated learning, as adaptive defense mechanisms, an‎d on blockchain technology as a decentralized trust infrastructure. A blockchainʹs immutability an‎d AIʹs predictive capabilities combine to form a strong data integrity, device authentication, an‎d access control security framework. The seminar outlines critical research gaps an‎d forward-looking proposals by eva‎luating existing protocols an‎d highlighting cutting-edge blockchain-AI applications in eHealth, smart cities, an‎d vehicular networks.

6/10/2025 12:00:00 AM

86880

1404/04/14

Study of security Protocols in IoT Devices

Internet of Things , Security Protocols , Blockchain , Artificial Intelligence , Cybersecurity