Abstract:Internet of Things refer as interconnection of smart item, protected from small espresso device to massive automobile, speak with every different with out human interactions also known as as Device to Device communications. In modern emerging global, all of the devices become smarter and might communicate with other gadgets as properly. With this speedy development of Internet of Things in one of a kind location like smart home, clever hospital and many others. It also have to face a few difficulty to securing… Show more
“…The support layer makes the application layer stable in the maintenance phase. On this level, all forms of computing and cloud computing will use the cloud offered as an Internet service to achieve reliability and economization of scale [12]. Support layer functionality includes data storage for database and service management from lower-level levels.…”
The Internet of Things (IOT) is a revolution in the technology world, and this field is continuously evolving. It has made life easier for people by providing consumers with more efficient and effective resources in faster and more convenient ways. The Internet of Things is one of the most exciting fields for the future by 2030. 90% of the planet will be connected and all devices in homes and businesses around us will be connected to the Internet making it more vulnerable to violations of privacy and protection. Due to the complexity of its environment, security and privacy are the most critical issues relevant to IoT. Without the reliable security of the devices, they will lose their importance and efficiency. Moreover, the security violation will outweigh any of its benefits. In this paper, an overview of various layered IoT architectures, a review of common security attacks from the perspective of the layer, and the best techniques against these attacks are provided. Moreover, an enhanced layered IoT architecture is proposed, which will be protected against several security attacks.
“…The support layer makes the application layer stable in the maintenance phase. On this level, all forms of computing and cloud computing will use the cloud offered as an Internet service to achieve reliability and economization of scale [12]. Support layer functionality includes data storage for database and service management from lower-level levels.…”
The Internet of Things (IOT) is a revolution in the technology world, and this field is continuously evolving. It has made life easier for people by providing consumers with more efficient and effective resources in faster and more convenient ways. The Internet of Things is one of the most exciting fields for the future by 2030. 90% of the planet will be connected and all devices in homes and businesses around us will be connected to the Internet making it more vulnerable to violations of privacy and protection. Due to the complexity of its environment, security and privacy are the most critical issues relevant to IoT. Without the reliable security of the devices, they will lose their importance and efficiency. Moreover, the security violation will outweigh any of its benefits. In this paper, an overview of various layered IoT architectures, a review of common security attacks from the perspective of the layer, and the best techniques against these attacks are provided. Moreover, an enhanced layered IoT architecture is proposed, which will be protected against several security attacks.
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