A Privacy Preserving Mechanism using Three Layer Security Model for Cloud Storage

Abstract

Cloud computing is an Internet-based processing computing services provide by the third party authorities to share the resources and data to multiple devices using a distributed framework. It is generally utilized in numerous associations these days and turning out to be increasingly mainstream since it changes the method for how the Information Technology (IT) of an association is composed and oversaw. Cloud computing must be protected and secure enough to guarantee the security of the clients. The improvement of distributed computing innovation with the dangerous development of unstructured information, distributed storage innovation shows signs of improvement advancement. The cloud supplier doesn't have proposals with respect to the data and the cloud information put away and kept up universally anyplace in the cloud. The security insurance plans bolstered encoding innovation. There are a few security defensive methodologies inside the angle to thwart data in cloud. We presented a three-layer privacy preserving security in cloud. The anticipated structure will each exploit distributed storage and shield the protection of information. The proposed structure can both exploit distributed storage and secure the protection of information. Moreover, Hash-Solomon code calculation is intended to isolate information into various parts. At that point, we can place a little piece of information in nearby machine and mist server so as to secure the protection. Additionally, in view of computational insight, this calculation can figure the dispersion extent put away in cloud, and nearby machine, separately. Through the hypothetical security examination and test assessment, the plausibility of our plan has been approved, which is actually a ground-breaking supplement to existing distributed storage conspire.

 Keywords-cloud computing, fog computing, security issues, privacy, protection.