A Secure and Efficient Binding Update Scheme with Decentralized Design for Next Generation IP Mobility

Mathi, Senthilkumar; Valarmathi, M. L.; Srilakshmy,

doi:10.1007/978-81-322-2126-5_47

Cited by 4 publications

(2 citation statements)

References 9 publications

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“…Internet protocol (IP) is an internet layer protocol that helps in delivering packets from a source to a destination host based on the IP address accessible in the packet header. Mobile IP is a communication protocol that allows mobile users associated with one network to stay connected even while moving to a different network with a different IP address [1,2]. IPv6 mobility, also known as Mobile IPv6 (MIPv6), allows the mobile node (MN) to remain connected to a correspondent node (CN) even when the MN moves from a home network to another network.…”

Section: Prologuementioning

confidence: 99%

A certificateless public key encryption based return routability protocol for next-generation IP mobility to enhance signalling security and reduce latency

et al. 2017

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IPv6 mobility is an IETF standard that has added roaming capabilities of mobile node (MN). It allows MNs to travel from one network to another without any distraction in communication service. MNs register their current location to home stations and correspondent hosts via a process known as binding update. In IPv6 mobility, return routability protocol (RRP) is a standard procedure for updating the current location of MNs through binding update message to their communicants. However, RRP has several security threats and issues. Subsequently, RRP was integrated with identity-based encryption for improvement of security. Nevertheless, it suffers from some limitations such as inherent key escrow problem, lack of key revocation, high computational load and latency while providing security. Hence, this paper proposes a novel approach called optimised RRP using certificateless public key encryption to address these issues. The proposed protocol is simulated and validated using Automated Validation of Internet Security Protocols and Applications (AVISPA)-a model checker. Finally, the simulation and numerical results illustrate the extent to which the proposed protocol surpasses the existing method in terms of enhanced security and significant reduction in communication payload with minimised latency.

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Section: Prologuementioning

confidence: 99%

A certificateless public key encryption based return routability protocol for next-generation IP mobility to enhance signalling security and reduce latency

et al. 2017

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“…It focused on the lower layer that provides the fundamental features of all VHO mechanisms. e authors in [29,30] assessed the security protocols put forward for securing Mobile IPv6. However, it focused only on the BU protocol instead of the overall VHO on Mobile IPv6.…”

Section: Introductionmentioning

confidence: 99%

Mobile IPv6 Vertical Handover Specifications, Threats, and Mitigation Methods: A Survey

Praptodiyono

Alaydrus

Santoso

et al. 2020

Security and Communication Networks

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Internet users have grown substantially over the last decade, especially following the emergence of mobile technology. Most Internet connections nowadays are accessed using mobile devices in order to stay connected all the time and everywhere. Owing to the limited coverage of such access points as well as base stations, mobile devices are required to handover connectivity if there is a move to other locations. Horizontal handover is conducted when the movement is within the same network. Otherwise, there must be vertical handover when external network infrastructure is encountered. However, as the Internet is an open network that naturally lacks trust between users, the mobile nodes that move to an external network are susceptible to various attacking activities. Compromising mobile nodes may cause users to lose their data as well as destroy their mobile devices in terms of both software and hardware. Securing mobile devices is crucial in order to avoid losses in terms of not only money but also facilities. Although mobile nodes have been developed with certain security features, some researchers have found vulnerabilities. This paper surveys in detail the security vulnerabilities of mobile IPv6 vertical handover and the current relevant mitigation methods. Furthermore, we describe the mechanism of mobile IPv6 vertical handover and its security vulnerability as well as security mechanisms proposed by researchers. Based on the survey, there are apparently weaknesses in current security features that are in need of solutions to minimize the effect of malicious activities. An open direction of future research on mobile IPv6 vertical handover security is elaborated at the end of this paper.

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An investigational testbed design for next generation internet protocol mobility

Muraleedharan

Mathi

2017

2017 International Conference on Computer Communication and Informatics (ICCCI)

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A Secure and Efficient Binding Update Scheme with Decentralized Design for Next Generation IP Mobility

Cited by 4 publications

References 9 publications

A certificateless public key encryption based return routability protocol for next-generation IP mobility to enhance signalling security and reduce latency

A certificateless public key encryption based return routability protocol for next-generation IP mobility to enhance signalling security and reduce latency

Mobile IPv6 Vertical Handover Specifications, Threats, and Mitigation Methods: A Survey

An investigational testbed design for next generation internet protocol mobility

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