Elastic Virtualized Network Security Based on Multi-Tenant using Progressive Route Scheduling in a Cloud Data Center

Udhayakumar U,Phd Scholar, Department Of Computer Science, Bharathiar University, Coimbatore, India ,Murugaboopathi G

doi:10.35940/ijeat.c5777.029320

Udhayakumar U, Phd Scholar, Department Of Computer Science, Bharathiar University, Coimbatore, India + Show 1 more

Open Access

https://doi.org/10.35940/ijeat.c5777.029320

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Abstract

Information security in the cloud has become a serious problem on the Internet. There are safety standards created by the resource in traditional computing. The public cloud providers, secure transfer, and the use of public resources due to the availability of the Internet is the cloud facing distributed data centers. Providing the required level of security, approaching adopting various security components such as security watchdog, IDS / IPS system, security framework, access control framework, security management and so on. In this proposed system to improve the data transmission security to introduce proposed algorithm Elastic virtualized network security (eVNS) for extended security service which utilizes the progressive route scheduling (PRS) and promotes the security consumption for Inbound rule based on the virtualized security load balancer. We have presented a virtual cloud for a network that is secure and robust security group protocols by any compromised or faulty node in the network. In contrast to the traditional snapshot aggregation approach in data centers, the eVNS-PRS proposed algorithm resembles the unicasting it's sensed information to create a new target security group based on the routing table. This makes the system more fault-tolerant and increases the availability of information in the network. Simulations performed with the proposed algorithm have demonstrated its effectiveness.

Highlights

In a cloud-based architecture, many tenant vehicles share the benefits of size, economics, customers, businesses, and consumers with shared infrastructure and databases, while utilizing cost and performance benefits
Cloud providers claim that security measures and processes are more mature than the average enterprise test that solves most of these problems
In this paper, we propose two different parameters such as security and performance of cloud, which have been simulated as a percentage of transmitted data and the overall performance of Elastic virtualized network security (eVNS)-progressive route scheduling (PRS) in order to evaluate security, resource availability, request failures, time complexity

Summary

INTRODUCTION

In a cloud-based architecture, many tenant vehicles share the benefits of size, economics, customers, businesses, and consumers with shared infrastructure and databases, while utilizing cost and performance benefits. The Cloud Security Alliance provides a security guarantee designed to promote best practices within the cloud computing framework. These issues are at least as easy as cloud-related or computer or network intrusions or moveable attacks. Cloud providers claim that security measures and processes are more mature than the average enterprise test that solves most of these problems. In this legal third-party data and applications is complex and poorly understood. Data is stored on cloud computing, remote sites to improve resource utilization. Current security in-depth research methods for addressing different cloud security issues need to focus on

RELATED WORK

ELASTIC VIRTUALIZED NETWORK SECURITY BASED ON PROGRESSIVE ROUTE SCHEDULING

AND DISCUSSION

Findings

CONCLUSION