Schmidt-samoa public key encryption based on enhanced boosting algorithm for secure cloud data confidentiality

A cloud storage system utilized to store huge volume of data in storage server. The cloud system is utilized to give huge number of storage servers, which offers long term storage services through the internet. The cloud third party system does not give data confidentiality. In cloud constructing centralized storage system create hackers easily stole the cloud data. Therefore, the general cloud data encryption schemes give the data confidentiality. Thus, in this work Schmidt-Samoa Public Key Encryption (SSPKE) method based on Enhanced Boosting Algorithm (EBA) with Data hiding Architecture is proposed. Additionally in this work use multi-party protocol access control for manipulate and access the user’s data without affecting the sensitive cloud data confidentiality. The experimental results shows that the promising result in term of considering different kinds of metrics such as overall processing time, server response time and data decomposition rate. © 2017, Institute of Advanced Scientific Research, Inc. All rights reserved.