Privacy, Trust and Identity in Pervasive Computing: A Review of Technical Challenges and Future Research Directions

Al-Karkhi, Ameera; Al-Yasiri, Adil; Linge, Nigel

doi:10.5121/ijdps.2012.3318

Cited by 6 publications

(4 citation statements)

References 36 publications

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“…The modern system must be able to identify them in network for pervasive data exchange. The process of user identification is done by re-authentication where every individual of group re authenticate himself before getting a new key [33,34]. Other models for identity management include entity recognition by pluggable recognition module [35] and Resurrecting Duckling model where a slave device pose to be a master device by transfer of imprinting key [36].…”

Section: Identity Managementmentioning

confidence: 99%

Assessing Software Risks by Implementing Cloud Readiness and Benchmarking in the Pervasive Environments

Malik¹,

Singh²

2019

IJEAT

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The evolution of revolutionary computational paradigms has been witnessed in terms of the pervasive systems which not only offer evolving service portfolio but also integrated sensor data from variable sources but surfaces various challenges of data interaction, integration and adaptation. This research has been provisioned with the comprehensive focus on pervasive devices user interaction, access control modeling, identity management, trust and service discovery modeling. In addition, we also proposed a deep insight into Pervasive computing characteristics, risks, and risks models, environmental, ethical and social impacts. We have explored pervasive computing environment risk models by considering social, human and environmental risks. This state of art will create a case for developing new models for access control, identity, trust, risk management in ubiquitous or pervasive computing environments. The paper has implemented the benchmarking of smart applications by a smart tool by gathering various application and business metrices to improve software performance. This research has also implemented the cloud readiness of a pervasive power reader application for PaaS environment using a smart vendor solution. The cloud readiness score is evaluated by questionnaire qualitative information and source code scan. Various boosters and roadblocks are found out to give score to cloud readiness for any application.

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Section: Identity Managementmentioning

confidence: 99%

Assessing Software Risks by Implementing Cloud Readiness and Benchmarking in the Pervasive Environments

Malik¹,

Singh²

2019

IJEAT

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“…Due to the dynamic character of the pervasive environment, the services in the computing environment constantly changes and takes the user's sensitive information to ensure privacy. Various distributed security methods are required to keep the uniform security policy over distributed components in the computing architecture (Al-Karkhi et al , 2012; Arfaoui et al , 2020).…”

Section: Introductionmentioning

confidence: 99%

Authentication-based access control approach for enhancing security in pervasive computing environments

Gnaneshwari

Hema

Lingareddy

2021

IJPCC

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Purpose Pervasive computing environment allows the users to access the services anywhere and anytime. Due to the dynamicity, mobility, security, heterogeneity, and openness have become a major challenging task in the Pervasive computing environment. To solve the security issues and to increase the communication reliability, an authentication-based access control approach is developed in this research to ensure the level of security in the Pervasive computing environment. Design/methodology/approach This paper aims to propose authentication-based access control approach performs the authentication mechanism using the hashing, encryption, and decryption function. The proposed approach effectively achieves the conditional traceability of user credentials to enhance security. Moreover, the performance of the proposed authentication-based access control approach is estimated using the experimental analysis, and performance improvement is proved using the evaluation metrics. It inherent the tradeoff between authentication and access control in the Pervasive computing environment. Here, the service provider requires authorization and authentication for the provision of service, whereas the end-users require unlinkability and untraceability for data transactions. Findings The proposed authentication-based access control obtained 0.76, 22.836 GB, and 3.35 sec for detection rate, memory, and time by considering password attack, and 22.772GB and 4.51 sec for memory and time by considering without attack scenario. Originality/value The communication between the user and the service provider is progressed using the user public key in such a way that the private key of the user can be generated through the encryption function.

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“…Therefore, the security measure boundaries are very difficult to define it.To overcome this, trust is one of the most significant means to improve security which considered as a cornerstone for information privacy and security. The information privacy depends on the trust level between the information receivers and information owners [6][7][8].…”

Section: Introductionmentioning

confidence: 99%

Implementing Trust Management in Pervasive Computing Environment Depending on Trustworthiness Equation

2017

IJSR

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The growth in the development of technical devices carried the world to the new category in the field of telecommunications called pervasive computing environment. The security measures boundaries in pervasive computing environment is vulnerable to the several challenges on the security level because the interaction between any entities or devices might be happened at anywhere and anytime, and without prior knowledge of the entities which are available in this environment. To overcome this, trust is one of the most significant means to improve security. In this paper, we propose a trustworthiness evaluation method using the simulation of the trust equation which is used in the market and business management, based on past and present entity interactions, and then, we compare it with another trust model to show the range of its sensitivity and quality to estimate the trust for the sharing process, and conclude that the propose method is more friendly with pervasive computing environment.

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Privacy, Trust and Identity in Pervasive Computing: A Review of Technical Challenges and Future Research Directions

Abstract: ABSTRACT

Cited by 6 publications

References 36 publications

Assessing Software Risks by Implementing Cloud Readiness and Benchmarking in the Pervasive Environments

Assessing Software Risks by Implementing Cloud Readiness and Benchmarking in the Pervasive Environments

Authentication-based access control approach for enhancing security in pervasive computing environments

Implementing Trust Management in Pervasive Computing Environment Depending on Trustworthiness Equation

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