Survey on authentication and security protocols and schemes over 5G networks

Abstract

The emergence of fifth generation networks opens the doors for Internet of Things environment to spread widely. The number of connected devices to fifth generation networks is expected to increase to more than 1.7 billion users by 2025. Each year, millions of modern devices go online at the beginning of the school year and after the holidays, and you can even notice the publicity of Internet of Things devices swinging with the seasons. Nowadays, these devices are considered to be very important to our daily life. That is because they provide power to our homes, organize our work operations and let communications more suitable. As a result of the increasing number of connected devices to fifth generation networks, the necessity to protect these Internet of Things devices against different types of cyber-attacks is also increased. For this reason, many researchers proposed different protocols and schemes to achieve the security of the Internet of Things devices. In this article, we introduce a survey of some protocols proposed by researchers in different domains and make a comparative study between them in terms of their category, authentication process, evaluation methodology, advantages, target, development year and applications within Internet of Things environment. The objective of this survey is to provide researchers with rich information about these protocols and their uses within Internet of Things systems, whether they can be used for cloud radio access networks, Internet of Things general purposes, telecommunications systems, e-healthcare systems or drone delivery service systems. It can also assist them in choosing the proper protocol to be used according to the type of their Internet of Things system.

A Blockchain-Based Mutual Authentication Method to Secure the Electric Vehicles’ TPMS

“…In addition, much attention has been paid to vehicle-to-vehicle and vehicular systems communications [6,7]. One of the early built-in mobile connections of transportation systems is basically a network device in the vehicle, called the tire pressure monitoring system (TPMS) [8]. Although the cyber-threatening substances are all cellular control units, TPMS is of specific importance since it is a requirement of the National Highway Traffic Safety Administration (NHTSA) [9].…”

“…Although the cyber-threatening substances are all cellular control units, TPMS is of specific importance since it is a requirement of the National Highway Traffic Safety Administration (NHTSA) [9]. NHTSA released a study on the future regulatory requirements on TPMS for most cars weighing less than 10,000 pounds in 2001-2002 [8]. Radio Frequency Identification (RFID) is a methodology for transmitting cellular data in order to identify and evaluating data unique to vehicles carrying a special transponder named the RFID tag [9].…”