Design of Hybrid Authentication Protocol for High Secure Applications in Cloud Environments

Abstract

Since a large amount of data gets transferred, the security and privacy are important in cloud computing which increases the risk of data attack. Cryptography is a method of transmitting and storing data so only the intended receiver or recipient can read and process it. The original message, known as plain text, can be converted to an unintelligible version known as cipher text in cryptography. The ability to securely delete sensitive data from storage is becoming more important. In this method some important security services including authentication Protocol is provided in cloud computing. The entire architecture is divided into four modules they are security server, cloud database, hybrid authentication protocol and communication. To provide efficient security hybrid authentication protocol is utilized. In hybrid authentication protocol initially data will be registered and to this data privacy is provided using privacy module. Now to the obtained data security key is provided. After that data base functions are performed. Security server will provide security for the transmitter and received data. Cloud data base will store the data. From results it can observe that hybrid authentication protocol will improve the performance, security, scalability and reduces the errors, Delay and attacks which are obtaining from unauthorized users.