A security protocol for trusted access to cloud environment

作者：Chang Yanan; Zhang Zhiyong^*; Wang Jian

来源：Recent Advances in Electrical and Electronic Engineering, 2015, 8(2): 135-144.

DOI：10.2174/2352096508666150804214204

• Digital Rights Management
• Formal proofs
• Remote attestation
• Security protocols
• Strand Space model

When user access to the cloud computing environment, existing security protocols merely authenticate the identity of user and cloud server without considering their credibility of owning platforms. Remote attestation of trusted computing is to provide security evidence of their own platform for the both sides of communication accessed. Introducing the remote attestation mechanism into security protocol can avoid terminal security vulnerability when user accessed. By constructing of trusted access authentication framework using remote attestation mechanism, and a security protocol for trusted access to cloud environment is proposed. The proposed protocol with greater security and efficiency compared to other corrective schemes through attack resisting analysis and computational cost analysis, and proved secure using strand space model. Our scheme realizes two factors identity authentication and platform authentication for Mobile User and Cloud Server, as well as satisfies the privacy protection requirement of the platform configuration in cloud environment or cloud media digital rights management.

• 出版日期2015
• 单位河南大学