Implementing DNA Encryption Technique in Web Services to Embed Confidentiality in Cloud

Abstract

Hottest buzzword of this decade is "Cloud Computing"-which has been considered as one of the potential solutions to our increasing demand for accessing, processing, storing, and using provisioned resources over the internet. However, with so many boons, it comes along with some curses as security and trust issues. There are many security issues within the cloud, and Information disclosure is a big threat to a cloud user when the information is transferred over the network using web services. In this paper, we have focused on to provide confidentiality to the user while using cloud-based web services, and an approach has been proposed for selective encryption of XML elements so as to provide confidentiality and prevent XML document form improper information disclosure. The technique used for encrypting the selective XML elements is Deoxyribonucleic Acid (DNA) Encryption. Proposed technique selectively encrypts the elements of XML file using DNA sequencing.

Application Integrity Protection on Kubernetes cluster based on Manifest Signature Verification

“…Damiani et al [29] presented an access control model to protect information distributed on the Web that, by exploiting XML's own capabilities, enables the definition and enforcement of access restrictions directly on the structure and content of the documents. Gugnani et al [31] provided confidentiality to the user while using cloud-based Web services. Zhu et al [34] proposed a scheme of data integrity verification based on a short signature algorithm (ZSS signature), which supports privacy protection and public auditing by introducing a trusted third party (TPA) to ensure data integrity and availability in the cloud and IoT storage systems.…”