Abstract
Internet of things (IoT) meets 5G communications, which aims to use a variety of promising network technologies to support a significant number of connected devices. For cognitive computing, massive machine type of communication (mMTC), cloud computing, artificial intelligence (AI), and so on, huge challenges for security, privacy, and trust are predicted. Technologies for 5G wireless communication encourage its use of mobile networks not just to connect with people and machines but also to connect and manage other equipment that supports virtual reality, such as self-driving cars, IoT drones, surveillance, and security. It is also critical to safeguard the technology of the 5G networks for IoT communication from threats. The different models for 5G IoT communication environment, vulnerabilities, attacks, and its several security protocols are described. The current security mechanisms in 5G networks IoT nature were analyzed and compared. The security challenges and future orientations of 5G-based systems are discussed.
TopIntroduction
IoT is a network of items that are physically connected such as computers, machinery, and automobiles that are given unique identifiers and may communicate, compute, and coordinate at any time and in any location. It can offer access to the state of things for real-time business, computing devices, equipment, and people, as well as data transport through network. It doesn't necessitate human-to-compute or human-to-human communication, rather than encouraging and expanding machine-to-machine (M2M) connectivity. IoT has had rapid applications in recent years, and it will continue to drive technology for the foreseeable future. The Internet of Things holds immense promise for enabling number of new services and applications, in addition determining the several industries' future. Even as number of IoT devices grows, the current 4G wireless communication will be unable to keep up, efficiency and latency requirements of the internet of things. Cellular 5G wireless was created to suit the needs of future IoT devices, and it has the ability to link some unprecedented various devices. With increased carrying frequency, 5G will constitute a new paradigm, large, unprecedented congestion at the base station and on the devices, and previously unheard-of amount of horns. By 2023, 5G will be ten times faster than 4G Long Term Evolutionary, as shown in a recent Ericsson Mobility Report., with a population of 700 to 3.2 billion people. 5G could revolutionize the Internet of Things.
5G mobile communication technologies, uses the mobile network link and operate machines and other equipment as well as humans (i.e., smart devices). It boosts performance and efficiency, allowing for better user experiences. By delivering 10 gigabits per second throughput, extremely low latency, and high capacity, 5G gives users with consistent services. It is the construction of a wireless network based on “802.11ac IEEE wireless network standard,” with the goal of increasing data transmission speeds by three times over the previous “4G-IEEE 802.11n” standard. The enhanced Mobile Broadband (eMBB) technology is bringing 5G Internet based material (IoT) to life as a smart house and smart building with the debut of 5G. The 5G Non-Standalone (NSA) network is currently available globally, has enabled Mobile Broadband (eMBB) technology. With the introduction of high-tech (mMTC) technology and extremely-reliable Low Latency Communications (URLLC) era, the 5G Standalone (SA) network changed into first brought inside the United States of America and China, and has grown to make IoT extra widely available. New traits emerge as IoT gadgets integrate 5G networks, such as the EMBB smart home, however with better safety issues. If IoT gadgets have inadequate protection linked to the 5G network, they may be less probable to pay attention and keep away from fees because of device risks. risk studies and the layout of the IoT tool to boom this chance are crucial for 5G-based IoT age. (R. Khan. et al. 2020; A. Ahad. et al. 2019; A. Braeken. et al. 2019; Ericsson. 2019; Qualcomm. et al. 2019).
This chapter, begin by evaluating 5G and IoT, as well as the characteristics of mobile communication in 5G, the benefits and drawbacks of IOT, and the convergence of 5G and IOT. 5G in IoT applications, system models, 5G in IoT communication security threats, Threat assessment for 5G in IoT, Protection from IG 5-enabled IoT attacks, security protocols of 5G IoT network protocols Challenges and future research guides draw attention to new concerns in IoT-enabled 5G challenges. It also compares 5G IoT-enabled security to privacy concerns, demonstrates and analyzes modern security and privacy across edge paradigms, and identifies potential interactions between security measures in the 5G in IoT nature.
Key Terms in this Chapter
Internet of Things (IoT): The internet of things is defined as network of interconnected with devices, system of interrelated computing devices machinery, people or animal, items with unique identification to send data over network.
Security: The security that prevents unauthorized access to computers, network, and data.
Attacks: It is a data security threat that involves an attempt to obtain, alter, destroy, remove, implant, or reveal data without authorized access or permission.
Networking: Number of connected devices which are sharing and acquiring information between interconnected devices.
Mobile Communication: It allows us to communicate with others in various locations without use of any physical connection.
Authentication: It is the process of recognizing a user’s identity which verifying the identity of user or information.
Privacy: Privacy is the protection of computer system from theft or devices.
5G (Fifth Generation): Designed to improve 4G boundaries and performance. It has high connectivity and a fast data transfer rate with minimal latency. It facilitates communication between device and device while consuming less power and provides better telephony. 5G data transfer faster than 4G, which can reach a maximum of 35.46 Gbps. Technologies running on the theme of Multi Input and Multiple Output (MIMO) and Millimeter Wave Communications.