A Dual Security with Cryptographic Key Generation Framework Using Data Protection

International Journal of Computer Science (IJCS) Published by SK Research Group of Companies (SKRGC)

Abstract

Distributed computing is a virtual host PC framework that empowers endeavors to purchase, rent, offer, or convey programming and other computerized assets over the web as an on-request benefit. It never again relies upon a server or various machines that physically exist, as it is a virtual framework. The cryptographic key is protected by the two factors. This will introduce two access control mechanism, they are user secret key and Security device. The research work mainly focusses to consist of two entities they are attribute-issuing authority and trust. Attribute-issuing authority is responsible to generate user secret key for each user. The trustee is responsible for initializing the security device. Secret key cannot use by users in another device. Since the content is stored inside the security device is not accessible nor modifiable once it is initialized. The User can access the system means both mechanisms are needed. Detailed security analysis shows that the proposed cryptographic key access control system achieves the desired security requirements. The cloud server just realizes that the client satisfies the required predicate, yet has no clue on the correct character of the client. At long last, additionally do a reproduction to illustrate the practicability of our proposed dual security with cryptographic key generation framework.

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Keywords

Dual security, key generation, trustee