Network Access Control and Management Using ARP Spoofing in Various Windows Environment

Abstract

With the growth of network scale, network administrators dissipate large amounts of time and costs to manage network addresses (IP/MACs). However, the current state of IP address management can be said to be extremely inefficient. Therefore, through real time platform technology research on important apparatus that can protect network addresses, a groundbreaking measure that can improve the reliability and stability of the network and system needs to be found. This paper will analyze Network Access Control and Management as a solution to the problem stated above, the ARP protocol action process and the action process and policy changes brought about by the change in Windows versions. Ultimately this paper aims on realizing and proposing additional policies or control methods accordingly. This will make securing IP/MAC address utilization clarity, elimination of disorders arising from IP address conflicts, provision of a convenient interface for prompt IP assignment, blocking of unauthorized disclosed IP usage and swift actions against any impediments alongside Network Management Systems possible.