With the advancement of technology and the remarkable growth of the Internet of Things (IoT), the need for secure computing in this domain has increased. The Internet of Everything enables the connection and communication among objects, data, processes, and individuals,
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With the advancement of technology and the remarkable growth of the Internet of Things (IoT), the need for secure computing in this domain has increased. The Internet of Everything enables the connection and communication among objects, data, processes, and individuals, including systems, smart devices, industrial systems, and many others. With the immense number of connected objects, information security, and privacy have become significant challenges in IoT computing. This article explores the concept of secure computing in the Internet of Everything. It investigates the impact of the Internet of Things on the concept of security and its related needs. Furthermore, the methods and technologies used to establish secure computing in the Internet of Everything are discussed, including topics such as data encryption, identification and authentication, access management, privacy protection, and threat detection. Additionally, the challenges and drawbacks of secure computing in the Internet of Everything are examined, addressing issues such as the complexity of the connected environment, dynamic security threats, the need for standards and security-related concerns, and the influence of technological changes on secure computing. Finally, solutions and recommendations are provided to enhance secure computing in the Internet of Everything, including the use of strong encryption, centralized access management, user education and awareness, and advanced threat detection and monitoring systems. This article aims to provide a better understanding of secure computing in the Internet of Everything and to develop suitable security solutions for this domain.
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