Abstract
With the rollout of the Fifth-Generation network, more Internet of Things (IoT) devices tend to increase, which increases the amount of data being shared by the devices. It is complex to secure data transmission and device-to-device communication due to the vast number of IoT devices and the complexity of networks. The Internet of Things (IoT) has evolved to enable everyday things and gadgets to connect digitally and communicate with one another, using technologies that send, gather, and analyse data from people using those objects and devices. IoT data privacy risks are widespread use. The primary objective of information technology (IT) security in Web 2.0 was to ensure the privacy, accuracy, and reliability of systems and communications. As a result of IoT devices’ often limited CPU power for longer-lasting activities, these conventional metrics, however, exhibit measurable constraints. IoT security is, therefore, critical in the context of guaranteeing security through the data privacy of IoT users. The author conducted a literature methodological analysis on the data privacy framework that will help to safeguard the 5G IoT-enabled devices on user data, technologies for data privacy in 5 G-based IoT devices, data privacy dangers associated with 5G IoT devices, and data privacy attack surfaces in 5G IoT devices
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