Authentication and Key Agreement Protocol for Secure Traffic Signaling in 5G Networks

Wireless communication employs radio technology to facilitate data transmission without any fixed infrastructures. A mobile ad hoc network is an example of this data transmission technique, which comprises of devices such as smart phones, laptops and printers. Some of the key features of mobile ad hoc networks include self-creation, self-organization and also self-administration. Owing to the frequent mobility of the network nodes and the dynamic topology, mobile ad hoc networks are vulnerable to numerous security threats. For instance, the nodes are open and the links can be disconnected, leading to the degradation of network performance. To mitigate these problems, several protocols and techniques have been proposed in literature. This paper provides some detailed review of these protocols, as well as the discussion of other state of the art protocols that have been developed to cope with challenges of the legacy routing and security protocols. These protocols were established to be either proactive or reactive. In addition, it has been noted that these protocols have some merits as well as challenges that may impede their applicability. Consequently, more efficient and secure routing protocols are required for optimal network performance. Therefore, some recommendations are given towards the end of this paper on some features that ideal routing and security protocol should have.

Section: Related Workmentioning

confidence: 99%

A survey on security challenges in the current MANET routing protocols

Korir¹,

Cheruiyot²

2022

“…Although the scheme in [125] can alleviate side-channeling attacks, it cannot defend against user impersonation and password guessing attacks [133]. To address password guessing and impersonation attacks [134], physiological and behavioral biometric authentication schemes have been presented in [135], [136], [137], [138], [139], [140], [141], [142], [143]. However, physiological biometrics based authentications using iris recognition, face locks and fingerprint scans can be duplicated and changed.…”

Section: Related Workmentioning

confidence: 99%

Secure signaling and traffic exchanges in smart cities: A critical review of the current trends

Kanini¹

2022

The need to enhance convenience, transparency and reduce costs has led to the adoption of smart cities in most countries. In this environment, a myriad of internet of things devices such as sensors and actuators exchange large volumes of highly sensitive and private data. There is therefore need to develop security frameworks, protocols and architectures to offer the much required protection to the exchanged data. To this end, numerous schemes have been put forward by various researchers over the recent past. In this paper, a broad review is provided of the security, privacy and performance issues of these schemes in a smart city environment. Based on the obtained results, it is evident that the attainment of ideal security and privacy for the data exchanged over open wireless channels is an uphill task. Therefore, some recommendations are given on how best the security solutions should be tailored to bridge this gap.

“…This is a serious attack since an adversary can make several requests commanding actuators to repeat the task of pumping drugs to patients, leading to overdose. To address this issue, the scheme developed in [17] can be deployed. In addition, the scheme in [18] that is based on Elliptic Curve Cryptography (ECC) can also be utilized.…”

Section: Related Workmentioning

confidence: 99%

Internet of medical things: Prospects, challenges and future research directions

Isiaho¹,

Omieno²

2022

The internet of medical things has been developed to facilitate remote monitoring of the patients as well as the elderly. Unfortunately, the communication between the remote patients and the medical doctors is the open wireless channels. Therefore, the data transmitted can be eavesdropped, intercepted, replayed or modified. This poses serious challenges to patient privacy as well as endangering patient life. To curb this, numerous schemes have been put forward by various researchers over the recent past. In this paper, we provide an extensive review of these schemes in an effort to identify any gaps. Consequently, we show that the current security and privacy preservation schemes have many challenges that render the communication process insecure or inefficient. As such, we offer some suggestions for the requirements of an ideal security technique that will not only be efficient but also provably secure.