Digital Identity

Laurent, Maryline; Denouël, Julie; Levallois-Barth, Claire; Waelbroeck, Patrick

doi:10.1016/b978-1-78548-004-1.50001-8

Cited by 22 publications

(12 citation statements)

References 26 publications

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“…The sagacity of protecting identities obviously depends on context. In this sense, research on testing and identifying contexts for such protections constitutes an important avenue for future public management research (Laurent & Bouzefrane, 2015). Protections require a systemic approach and strict monitoring and enforcement.…”

Section: Discussionmentioning

confidence: 99%

Googling the requester: Identity‐questing and discrimination in public service provision

et al. 2019

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Innovating upon previous field experiments and theories of identity‐based discrimination, we test whether public officials are using searches (“identity‐questing”) to profile citizens and acting on latent biases. Pairs of “institutional” and “noninstitutional” requesters send lower and moderate burden freedom of information (FOI) requests—providing no identity cues apart from undistinctive names, e‐mails, and ID numbers—to nearly 700 of Brazil's largest municipalities. Results show institutional requesters receive one‐fifth more responses than noninstitutional comparators. For moderate versus lower burden requests, noninstitutional requesters are 11% less likely to receive a compliant response than their institutional comparators. The only plausible explanation for these results is identity‐questing, a phenomenon that has far‐reaching policy implications. Most of the world's FOI laws, for example, contain vague ID obligations, which translate incoherently from laws to regulation and practice. Results enjoin public service providers to protect the identities of citizens by default or upon request.

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Section: Discussionmentioning

confidence: 99%

Googling the requester: Identity‐questing and discrimination in public service provision

et al. 2019

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“…This authentication method is widely adopted since most online users have a Facebook or a Google account. However, with that method, identity providers were able to trace the users' activities and cross that information with identity data giving them a lot of confidential information 3 .…”

Section: Federated Identitymentioning

confidence: 99%

“…To account for all those changes, having an efficient management of Digital Identity (DI), and a better control of interactions have become a must. To be defined, a DI is a set of information that is used to represent an entity in the digital world [3]. This entity may be a person, organization, application, or even a device.…”

Section: Introductionmentioning

confidence: 99%

Decentralized Identity Systems: Architecture, Challenges, Solutions and Future Directions

Dib¹,

Rababah²

2020

AETiC

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Due to the exponential rise of the Internet in the last two decades, the digital presence has seen an enormous increase. Today, billions of people, devices and objects are digitally connected making the interactions much easier than before. To securely establish this connectivity in the digital era, proving digital identities has become crucial. Due to this, a growing number of organizations are building solutions that establish, verify and manage digital identities. Yet, a solution whereby digital identities and their associated data are efficiently managed is still far from being achieved. To fully understand the reason behind this lack, this paper provides a detailed state of the art related to identity management systems. It overviews traditional systems, analyses their strengths and limitations. This work highly focuses on the novel decentralized identity systems based on blockchain; a complete study describing their architecture, components, lifecycle and workflow is detailed. Additionally, solutions enabling decentralized identity are discussed, analysed and compared according to the ten principles of self-sovereign identity. Lastly, the challenges hindering the shift toward the fully decentralized identity paradigm are discussed.

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“…Laurent et al [4] stated about various digital techniques. Nimbhorkar and Malik [5] discussed only about key agreement protocol using ECC.…”

Section: Maintaining the Integrity Of The Specificationsmentioning

confidence: 99%

“…Zhang (1997) given procedure for Discrete Logarithms [3]. Kim (1997) given process for Discrete Logarithms [4]. Sun (1999) given method for Discrete Logarithms [5].…”

Section: History Of Various Proxy Signature Schemesmentioning

confidence: 99%

Cryptanalytic Performance Appraisal of Improved HLL, KUOCHEN, GENGVRF, FENGVRF Secure Signature with TKIP Digital Workspaces: For Financial Cryptography

Kumar

2020

Wireless Pers Commun

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Financial Cryptography and Security Engineering are the significant areas for research, advanced development, education, exploration and also for commercial purposes. The paper emphasizes both essential and applied real-world deployments on all aspects as far as e-commerce security is concerned. In essence, we recognize several issues of financial cryptography and suitable technique to concentrate on them. Enhanced multi-sign signature scheme may be considered for parameters like Histogram, Diagram, Trigram and n-gram etc. Quantum Computing and TKIP delivers more comprehensive security and effective performance as compared to existing public key methods.

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Digital Identity

Cited by 22 publications

References 26 publications

Googling the requester: Identity‐questing and discrimination in public service provision

Googling the requester: Identity‐questing and discrimination in public service provision

Decentralized Identity Systems: Architecture, Challenges, Solutions and Future Directions

Cryptanalytic Performance Appraisal of Improved HLL, KUOCHEN, GENGVRF, FENGVRF Secure Signature with TKIP Digital Workspaces: For Financial Cryptography

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