INTRUSION DETECTION AND TOLERANCE OF ATTACKS IN STORAGE AREA NETWORKS AND WIRELESS ENVIRONMENTS

Abstract

Recently, the readying of Storage area Network (SAN) systems has enhanced over the globe because of the necessity of distributed storage and therefore the nice volumes of information handled by business applications. In such frameworks, all hosts hook up with storage through a network. There’s additional security risk than ancient storage system. The detection of attacks against SAN systems requires the cooperation of different components located at the SVC and SDs connected to SAN. In this paper, we have presented a novel intrusion detection and tolerance system for SANs. This solution ensures dynamic intrusion detection based on a set of components and structures that are introduced in the SAN system at the SVC and each SD.  The distribution of the SVC still among the limits of the proposed scheme since it is designed for a centralized SVC. We have presented an intrusion detection and tolerance scheme that may be integrated or added to traditional intrusion detection and tolerance systems in order to detect attacks related to traffic exchanged between transaction-based applications running in a wireless environment.