Design and development of a reliable and efficient frameworks headed for secured services in cloud computing environments

Abstract

Cloud computing is one of the emerging environments, which supports both distributed and parallel computing. From small to large computing industries, sharing any software, platform or infrastructure as a service using Pay-n-Use method can be done in cloud computing. Based on the duration and quantity of service usage, the payment will be calculated. The main motto of cloud computing is to make anyone can access any service at anytime from anywhere. Privacy and security are the main risks and problems of cloud computing. The principal reason for such struggles in cloud computing is because they involve multi-tenancy and infrastructure sub-contracting. Cloud hosting are widely acknowledged and authorized for their enterprises by corporations, educational institutions and government organizations. There are many malevolent behaviours varying from illegal visitors to malicious code, leading to damaging or illegal access to cloud user s confidential data. These key safety challenges in the cloud need to be addressed both by the academy and industry. The proposed work made a new effort to improve the protection of the cloud by introducing the Unconventional computing methods such as Membrane Computing, Quantum Computing, DNA Computing and finally proposed to use Blockchain Technology used for secure transmission of healthcare data applications. The first stage of work is to provide reliable and secure cloud services, companies should develop their businesses security and choose the appropriate provider for their computing requirements. Membrane Computing original motivation is to analyze the multiple computation methods using the characteristics of living cells. The system proposes to use abstraction toconstruct a new form of computation in the cloud environment for enhancing security than exist method known as membrane systems. The computing of membranes is based on a living cell. A living cell is surrounded by a membrane separating its inner surroundings from the outside. The cell contains several natural devices, such as nucleuses, Golgi devices, molecules. Membranes also secure materials within the embedded regions and conduct selective communication between regions or the device and the environment, thereby ensuring better safety improvements than traditional security mechanisms. newline