An improved security and privacy management system for data in multi-cloud environments using a hybrid approach

Pachala, Sunitha; Rupa, Ch.; Sumalatha, L.

doi:10.1007/s12065-020-00555-w

Cited by 13 publications

(3 citation statements)

References 34 publications

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“…The following figures depict the amount of time spent by various instances of the client cloud during authentication using the suggested method. This research aims to assess the efficacy of the proposed hybrid strategy by comparing it to other authentication techniques, such as SAML (Memon, 2021), SAML with Proxy Re-encryption (Pachala et al, 2021), and Kerberos (n.d.).…”

Section: Resultsmentioning

confidence: 99%

Efficient Identity-Based Multi-Cloud Security Access Control in Distributed Environments

Yakoob

Reddy

2023

International Journal of E-Collaboration

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Distributed computing is a forceful idea in disseminated registering which depicts versatile information to the executives for a minimal price dependent on client interest to various business associations. Because of multi-cloud identity-based encryption over distributed environment, in this document, the authors present and implement a novel identity-based multi-cloud security access control approach (NIMSACPA) for efficient security in multi data security and privacy based on three basic parametric concepts: 1) open minded security between autonomous user privacy using Byzantine protocol, 2) to classify the security privileges with respect to multi-cloud data sharing is described using DepSky Architecture, and 3) for identity-based information distribution between diverse users in CC described using Shamir secret key sharing procedure. This execution gives better and critical execution as far as data stockpiling and information investigation contrast and existing cryptographic techniques alongside practical multi-cloud information.

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Section: Resultsmentioning

confidence: 99%

Efficient Identity-Based Multi-Cloud Security Access Control in Distributed Environments

Yakoob

Reddy

2023

International Journal of E-Collaboration

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“…The process of AR-based mobile application for the Mangalagiri Saree Weaving process is as follows [31][32][33][34][35][36]. The AR camera frame scans the image target and veri es its presence within the Unity 3D database, initially imported and linked to assets like images, videos, and 3D models.…”

Section: Process Of Ar-based Mobile App For Mangalgiri Saree Weavingmentioning

confidence: 99%

Weaving Legacies: AR-Enhanced Exploration of GI Heritage Mangalagiri Saree Tradition

Rupa,

Harshitha,

Vineetha

et al. 2023

Preprint

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Augmented Reality (AR) stands as a transformative force, uniting the physical and digital realms. Geographical indication (GI) is a unique label on products, signaling their specific geographical origin and the reputation derived from the origin. Mangalagiri Sarees attained the GI Tag in 2010 under the GI of Goods Act of 1999. Mangalagiri fabric is crafted through pit looms, employing combed yarn and interlacing the “warp-woof” in the process. Integrating GI with AR to provide real-time insights into product origin, production methods, and distinctive traits, the preservation of Mangalagiri saree weaving, an ancient craft embedded in profound cultural heritage, contributes to both local economies and cultural heritage. Existing methods lack interactive tools to educate consumers on GI-labeled product intricacies. The proposed system employs a mobile application using Unity 3D, Vuforia and C# for AR experience. Image targets activate videos, images, and 3D models, providing a detailed Mangalagiri saree production narrative. Enhancing consumer awareness fosters a deeper connection to cultural heritage, and makes the age-old craft more accessible to a broader audience.

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“…In Pachala et al [11], a hybrid method with multi cloud hosting platform is implemented and designed to improve privacy and security of cloud data. This technique contains (i) Byzantine protocol for tolerating security breaches for server failure cloud that is autonomous.…”

Section: Review Of Existing Security Related Solutions For Multi-cloud Architecturesmentioning

confidence: 99%

An Analysis of Privacy Preserving Data Storage and Retrieval Approaches in Heterogeneous Multi-cloud Architectures

Suganya¹,

Sasipraba²

2021

INDJCSE

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Cloud storage and retrieval are considered essential services of cloud computing (CC), which enables the data owner to store the data from the local computing systems to the cloud. Though cloud storage provides several benefits such as minimal cost and short turnaround time, data security is found to be a highly challenging and difficult process. One of the effective solutions to avoid data loss related to security risks is the concurrent usage of multi-cloud. The multi-cloud allows the data owner to easily access their data from remote areas via the web interfaces offered by Amazon EC2. However, even if such multi-cloud environments are susceptible to security attacks, it would bring irreversible challenges to the owners namely integrity, availability, and confidentiality of data. In order to resolve these issues, several privacy preserving data storage and retrieval models are presented in the literature to store data securely and reduce the computational resources. In this view, this study performs a review of existing state of art data storage and retrieval approaches for heterogeneous multi-cloud architectures. The reviewed methods are investigated based on their objectives, underlying techniques, implementation data, and evaluation parameters. Besides, a comparative results analysis of few of the reviewed models takes place. Finally, a discussion along with the possible future direction is given to enable the readers to find the research problem.

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An improved security and privacy management system for data in multi-cloud environments using a hybrid approach

Cited by 13 publications

References 34 publications

Efficient Identity-Based Multi-Cloud Security Access Control in Distributed Environments

Efficient Identity-Based Multi-Cloud Security Access Control in Distributed Environments

Weaving Legacies: AR-Enhanced Exploration of GI Heritage Mangalagiri Saree Tradition

An Analysis of Privacy Preserving Data Storage and Retrieval Approaches in Heterogeneous Multi-cloud Architectures

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