Design of Efficient Multi-Server Password Authenticated Key Management Protocol for Cloud Computing Environments

Authors

  • V. Manjusha
  • A. Gayathri
  • K. Logu

Abstract

With the improvement of disseminated registering advancement to the extent trustworthiness and capability, incalculable organizations have moved to the cloud arrange. To worthwhile access to the organizations and guarantee the security of correspondence in the open framework, three-factor Mutual Authentication (MA) and Key Agreement (KA) shows for multi-server structures increment wide thought. In any case, most of the present three-factor MAKA shows don't give a formal security affirmation achieving various attacks on the related shows, or they have high estimation and correspondence costs. In addition, most of the three-factor MAKA shows haven't a dynamic denial segment (DDS), which prompts malicious customers cannot be speedily disavowed. To address these detriments, we propose a provable one of a kind revocable three-factor MAKA show that achieves the customer dynamic organization using Schnorr marks and gives a formal security proof in the subjective prophet. Security assessment exhibits that our show can fulfill various needs in the multi-server circumstances. Execution assessment demonstrates that the proposed arrangement is fitting for enrolling resource obliged smart contraptions. The full type of the reenactment execution shows the likelihood of the show.

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Published

2020-02-19

Issue

Section

Articles