Full Virtualization by Re-imaging Cloud Hardware

Abstract

This research paper examines the real world issues in various client organizations facing consulting services in the area of network planning, optimization, and service management. As enterprise application architecture becomes more complex, the challenges in establishing patterns to encapsulate enterprise application architecture are slowly emerging. To achieve an enterprise integration framework requires knowledge of designing, building, and deploying messaging solutions. This paper investigates how such an alternative network can be planned to accommodate the evolving technology in mobile computing and social networks. It is essentially consistent to exploit the potentials of the new technologies in designing alternative cloud networking virtual infrastructure. The current cloud computing exactly imports the traditional network architecture into the cloud without any redesigned accommodation for reliability or performance, instead of innovating totally different practical virtual network components. This paper proposes an optimized cloud network configuration using the absorptive attributes of resource sharing to ensure relatively manageable cloud service. The concept proposed in this research is the replacement of the traditional networking with a new model of virtual infrastructure reimaging to eliminate single points of failure common in the traditional network currently in the cloud. The new model empowers the cloud with a cluster of network connections. This is different from application enabled virtualization. This is an expert mutative virtual infrastructure with built-in hardware redundancy. The network infrastructure has a self-diagnostic algorithm that enables the system to send out a reimaging initiative. The self-recovering happens during virtualized hardware failures or during distributed denial of service attacks on critical infrastructure.