Cloud Network Management Model A Novel Approach to Manage Cloud Traffic

TL;DR

This paper proposes a theoretical cloud network management model (CNMM) that aims to improve traffic handling, reduce communication overhead, and enhance security in cloud environments, addressing limitations of traditional SNMP.

Contribution

The paper introduces CNMM, a novel theoretical model that enhances cloud traffic management by reducing packet exchange and eliminating SNMP counter problems, with plans for future algorithm development.

Findings

Proposes a new theoretical model for cloud network management.

Aims to reduce traffic and improve communication efficiency.

Focuses on secure, efficient packet delivery in cloud environments.

Abstract

Cloud is in the air. More and More companies and personals are connecting to cloud with so many variety of offering provided by the companies. The cloud services are based on Internet i.e. TCP IP. The paper discusses limitations of one of the main existing network management protocol i.e. Simple Network Management Protocol (SNMP) with respect to the current network conditions. The network traffic is growing at a high speed. When we talk about the networked environment of cloud, the monitoring tool should be capable of handling the traffic tribulations efficiently and represent a correct scenario of the network condition. The proposed Model Cloud Network Management Model provides a comprehensive solution to manage the growing traffic in cloud and trying to improve communication of manager and agents as in SNMP (the traditional TCP IP network management protocol). Firstly CNMM concentrates on reduction of packet exchange between manager and agent. Secondly it eliminates the counter problems exist in SNMP by having periodic updates from agent without querying by the manager. For better management we are including managers using virtualized technology. CNMM is a proposed model with efficient communication, secure packet delivery and reduced traffic. Though the proposed model supposed to manage the cloud traffic in a better and efficient way, the model is still a theoretical study, its implementation and results are yet to discover. The model however is the first step towards development of supported algorithms and protocol. Our further study will concentrate on development of supported algorithms.