European Journal of Molecular & Clinical Medicine

Since the advent of cloud its has become a efficient platform for sharing data for big enterprises, companies, startups and individuals. Cloud has allowed multiple users to collaborate on data. A certain level of security is desired by the cloud users while sharing data. Data owners would want to store their data on the cloud while preserving confidentiality and would want to allow access or provide decryption details to the users he wants to share data with along with the ability to revoke that access ant any given time. In this paper the system proposed uses broadcast encryption to encrypt the data while using the cloud resources efficiently by reducing the overhead caused in the Key Aggregate Cryptosystem (KAC).

This research deals with the major problem that we face in major part of India and across most of the world. The research deals with the main problem of traffic congestion and road accidents that is basically caused because of the improper parking management. So, it is mandatory for all the cities to have a well managed parking system. However, in the past many researches has been conducted to propose an solution that leads to suitable smart paring algorithm. On reading more about the researchers conducted in the past, it was clear that each research has its own pros and cons. This paper reflects on the research conducted to design an algorithm that leads to a cloud based smart algorithm that is secure and is convenient enough to develop a system that can be used to manage the available slots and can notify the users about the available parking slot beforehand to the client. The paper also focuses on the result analysis part that clearly shows that the algorithm designed is more accurate than other algorithms used in the past. We have designed our algorithm using ACO, decision tree, and GPS mapping over cloud. The idea of working on this research was to provide a solution that is cost effective, helps people on large scale and maintains the laws and order.

Cloud computing is the prevalent change occurring in the area of data innovation. At present a significant concern in cloud appropriation is towards its security and protection. In the progression of distributed computing the application part of virtualization in the long run builds, the extent of the security and protection steadily extends. The clients profit from cloud innovation for two main considerations that are Data protection and security. Cloud security conveys all the administrations dependent on clients need-firewalls, URL channels, sandboxes, SSL assessment, antivirus and remaining in a unified platform. It is an airtight security without the expense and multifaceted nature of apparatuses which shuts the security holes made by BYOD and portability. Despite the fact that distributed computing gives security there are some backlogs. The cloud security is hazards due to absence of information excess and consistency. Here, it represents the calculation of security by utilizing SRP convention which is a solid confirmation protocol (one-time guess per association endeavour) that oppose all well-known dynamic and detached assault over the system.

In monolithic systems replacement, microservices are being exploited as a natural solution. For improving the microservices in cloud technology, some specific technologies and standards have been considered, such as REST and API, on a massive scale for practical implementation. This paper is presented with a bibliographic survey on the architecture of microservice that focuses on privacy, security, and aspects of standardization in cloud computing environments. Based on microservices, different kinds of elements should be considered to determine the solutions effectively.