Design and Development of Protected Services in Cloud Computing Environment

Abstract

The purpose of this research is to develop an innovative security model to protect the services that execute in cloud computing space through the anatomy of quantum qubits and DNA on the security shield of stored data. Quantum computing and DNA based encryption is the two concepts discussed in this paper for which it is advisable to have some background information before reading through. This defines the type of computation to be safe, by employing the use of qubit, while the type of data to be protected is defined by DNA for data security. Here we are to present methodology, it is a combination of research, plan and approach, the requirement of evaluation. The findings outlined herein reveal absolute improvement in the security of the cloud platform and the performance of the hypervisor. Quantum implementation of a bit enhances the possibility of countering an attack while DNA acron brings about one of the highest possible levels of data security. In the context of performance benchmarks, there was an improvement in the level of storage security architecture efficiency and a decrease in latency levels. The sighting recommend the pattern as the new perspective for the cloud security issues concern needed for applying more advanced layers of security features that are useful from quantum computing and the DNA encryption. It also stresses on the requirement for creation of safer Cloud computing compliance and some other research directions needed to boost up the safeguards of Cloud services.