Heterogeneous Cross-Domain Identity Authentication Scheme Based on Proxy Resignature in Cloud Environment

Abstract

Based on proxy resignature, the signature transformation between trust domains of different cryptographic systems is realized with the help of the cloud authentication center, so as to achieve cross-domain access between users and cloud service providers in heterogeneous environment. Hierarchical ID tree realizes the uniqueness of identity in communication, and the security of heterogeneous cross-domain identity authentication is enhanced by the two-factor authentication of “password + key” and temporary identity replacing real identity. The security of the scheme is proved under the CK model, which can anonymously trace entity identity, resist replay attacks, replacement attacks, and man-in-the-middle attacks, and the simulation experiment is carried out. By searching it in related fields, no paper on heterogeneous cross-domain identity authentication based on proxy resignature has been published yet. The results of this paper show that the proposed scheme has better computing performance and higher security.

A User Authentication Schema Under the Integration of Mobile Edge Computing and Blockchain Technology

“…Online centralized authentication has also made some progress (Zhao et al, 2022). Lv et al (2020) relies on the proxy analysis mode and using the methods of "password-key" and "temporary identity-real identity" to realize the transformation of password signatures between cloud centers. Zheng et al (2021) combines hash function with random numbers and other technologies to design an authentication protocol for telemedicine scenarios to ensure the security of users' private data.…”

An Edge‐Cloud Collaborative Cross‐Domain Identity‐Based Authentication Protocol with Privacy Protection

“…In Ref. [1], a cross‐domain authentication scheme based on certificateless cryptosystem is proposed. This scheme combined with the PKI cryptographic system can anonymously track the identity of the terminal entity.…”

Verifikasi Formal Protokol Autentikasi Lintas Realm Berbasis Kunci Publik

“…Pada tahun 2020, Lv dkk. merancang protokol autentikasi identitas antar domain berbasis tanda tangan digital, kemudian dianalisis menggunakan AVISPA [12]. Dari hasil analisis disimpulkan bahwa protokol yang dikembangkan oleh Lv dkk.…”