Applications of Multi-Channel Safety Authentication Protocols in Wireless Networks

Chen, Young-Long; Liau, Ren-Hau; Chang, Liang-Yu

doi:10.1007/s10916-015-0360-x

Cited by 4 publications

(2 citation statements)

References 11 publications

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“…However, these schemes are susceptible to various security threats and are not considered secure against attacks. In contrast, the author in [12] has proposed an innovative and effective user authentication scheme that has been demonstrated to withstand different attacks, including replay and man-in-the-middle attacks, ensuring enhanced security.…”

Section: Literature Surveymentioning

confidence: 99%

Enhanced Authentication Scheme for Mobility Model in Medical Wireless Sensor Networks

B. Naresh Kumar

2023

IJRITCC

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The advent of wireless sensor networks has brought significant advancements in healthcare, enabling remote interactions between medical professionals and patients. However, ensuring the security of communication in Medical Wireless Sensor Networks (WSNs) poses different challenges. To address this, this paper introduces a novel authentication framework designed for doctors and patients. The proposed mechanism incorporates essential features such as mutual authentication, anonymity, and data integrity, safeguarding the Medical Wireless Sensor Networks (MWSN). Symmetric encryption techniques are employed to maintain the overall security of the system.

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Section: Literature Surveymentioning

confidence: 99%

Enhanced Authentication Scheme for Mobility Model in Medical Wireless Sensor Networks

B. Naresh Kumar

2023

IJRITCC

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“…In IoT, almost the communication network uses short number of sensors and also it uses light weight encryption algorithms to encrypt the data [6]. Groce et al [7] proposed the security protocol that can be proved more secure in general model, but it is not suitable to deal with the medical-IoTapplications.In [8], the authors proposed the key evolution approach for preserving the privacy in telemedicine. The similar mechanism was later applied to the body area networks in M-IoT [9].…”

Section: Relaed Workmentioning

confidence: 99%

An Adaptive Authentication Schemes based on the user Mobility in Medical-IoT

Jyotheeswari,

Jeyanthi

2019

IJEAT

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The utilization of wireless communication in the medical The utilization of wireless communication in the medical filed led to the quality life of patients. The patients who are residing in the remote areas can consult and communicate with the doctors through the health care authority. However, providing the security at the time of communication is a difficult task in medical-IoT. The researchers developed many schemes for data authentication, but every scheme has their own drawback and they are majorly concentrated on the static communication. This paper developed the different authentication mechanisms between the patient and doctor who are available in different regions. The proposed mechanism provides the authentication, anonymity, data integrity and mutual authentication. It also uses the symmetric encryption techniques to preserve the security in Medical–IoT. The performance of the authentication mechanism is tested with real time environment. The results proved that the proposed algorithm is efficient in resisting the replay attacks and preserves the anonymity, data integrity and authentication.

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Security Recommendations for mHealth Apps: Elaboration of a Developer’s Guide

et al. 2016

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Being the third fastest-growing app category behind games and utilities, mHealth apps are changing the healthcare model, as medicine today involves the data they compile and analyse, information known as Big Data. However, the majority of apps are lacking in security when gathering and dealing with the information, which becomes a serious problem. This article presents a guide regarding security solution, intended to be of great use for developers of mHealth apps. In August 2015 current mobile health apps were sought out in virtual stores such as Android Google Play, Apple iTunes App Store etc., in order to classify them in terms of usefulness. After this search, the most widespread weaknesses in the field of security in the development of these mobile apps were examined, based on sources such as the "OWASP Mobile Security Project, the initiative recently launched by the Office of Civil Rights (OCR), and other articles of scientific interest. An informative, elemental guide has been created for the development of mHealth apps. It includes information about elements of security and its implementation on different levels for all types of mobile health apps based on the data that each app manipulates, the associated calculated risk as a result of the likelihood of occurrence and the threat level resulting from its vulnerabilities - high level (apps for monitoring, diagnosis, treatment and care) from 6 ≤ 9, medium level (calculator, localizer and alarm) from 3 ≤ 6 and low level (informative and educational apps) from 0 ≤ 3. The guide aims to guarantee and facilitate security measures in the development of mobile health applications by programmers unconnected to the ITC and professional health areas.

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Applications of Multi-Channel Safety Authentication Protocols in Wireless Networks

Cited by 4 publications

References 11 publications

Enhanced Authentication Scheme for Mobility Model in Medical Wireless Sensor Networks

Enhanced Authentication Scheme for Mobility Model in Medical Wireless Sensor Networks

An Adaptive Authentication Schemes based on the user Mobility in Medical-IoT

Security Recommendations for mHealth Apps: Elaboration of a Developer’s Guide

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