Remote Audit for Cloud Security Using Cryptography Schemes

Recent technological advances have given rise to the popularity and success of the

cloud. Cloud computing is used widely since it supplies cost-efficient architectures that

support the transmission, storage, and intensive computing of data. However, these

promising storage services bring many challenging design issues due to the loss of data

control. Of the many challenges described in section 1.6, data confidentiality and data

integrity have a significant influence on the security and performances of the cloud

system. There is a question on the responsible person for cloud security. Some threat

models assume that the cloud service provider cannot be trusted, and others support that

the cloud providers can be trusted and the threats are from outside attackers and other

malicious cloud users. As a solution, security designers suggest storing the data in the

encrypted form. Furthermore, a cloud user can never deny a potential server breakdown.

As a solution, security designers suggest storing the data in the

encrypted form. Furthermore, a cloud user can never deny a potential server breakdown.

Therefore, several challenges need to be addressed for security and privacy in a cloud

context. The two data security concerns, namely data confidentiality and data integrity,

are mainly considered in this research.

This book focuses on enhancing cloud security by using different

methodologies. Initially, the work is started with using basic cryptographic algorithm and

data mining concepts to store and retrieve the data in the cloud in a secured way.

Then the work focus is moved to data confidentiality preservation which becomes more

complex with flexible data sharing among a dynamic group of users. Next work in the

research supports a client to perform periodical remote integrity verifications, without

keeping the data locally. Finally, the work focuses on efficient task scheduling algorithms

to speed up the work of storing and retrieving the data from the cloud.

Author: Sasikala M
Publisher: Mohd Abdul Hafi
Published: 07/24/2022
Pages: 182
Binding Type: Paperback
Weight: 0.55lbs
Size: 9.00h x 6.00w x 0.39d
ISBN: 9787646991015