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IDS/A: An Interface between Intrusion Detection System and Application Andrew Hutchison and Marc Well Data Network Architectures Laboratory Department of Computer Science University of Cape Town Rondebosch,

However, the use of the network itself may create additional opportunities for attackers to detect and attack the system. We argue that the cost of the IDS's network interface may be excessive considering the potential cost of successfully compromising applications and components that are protected by it. We describe a method to reduce network overhead through exploiting the inherent complexity and flexibility of the network which may be implemented using the low-level IRI interface of IOS. The methodology is based upon the identification and analysis of the data traffic that is routed through the network. The method is based upon techniques that already exist in modern IDS systems to assist in making decisions as to the most likely source of intrusions and attacks, which we call network profiling. We demonstrate our approach by implementing a set of applications and a set of components for a variety of different enterprise environments. We present our methodology in an application that provides a comprehensive set of visibility into the underlying structure of the network. [Page 3] RFC 5116 CIDR and IMP Snooping June 2001 4. Internet-Wide CIDR Snooping 4] that has been described in [3]. However, since a significant amount of traffic must pass over the same interface, a more extensive approach was required than simply applying any of the established algorithms to the IPv4 Internet. We designed our method for the specific case of an Intrusion Detection System (IDS) that is protected against an active network adversary. We then applied our results to a sample of network hosts running IOS. The methods we have described may be used to gain an indication of the threat posed in the absence of an active network adversary, but an IDS would be wise to incorporate a monitoring or intrusion detection scheme in order to identify anomalous network behavior that could signal an attack. Since the IRI must act as a proxy for the communication between the network and the devices it protects, we designed the IRI to act as an intermediary between the threat data and application. We did this to allow the IDS to control and filter the network traffic it receives while it takes the threat information from the applications and routes it to the applications' servers, where it is analyzed and action is taken based upon the information provided. As we will discuss, the use of an IRI between the network and the devices protected by it allows for both passive and active monitoring using only minimal amounts of traffic to be forwarded through the IDS. Furthermore, we show in Section 4.

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What is fips 140 2 non?

FIPS 140-2 Non-Proprietary Security Policy (FIPS 140-2 non) is a set of guidelines and requirements established by the National Institute of Standards and Technology (NIST) to ensure the security of cryptographic modules used in computer systems.

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Any organization or entity that develops or deploys cryptographic modules that need to demonstrate compliance with FIPS 140-2 standards is required to file FIPS 140-2 non.

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Filling out FIPS 140-2 non involves documenting and providing detailed information about the cryptographic module, including its design, functions, security controls, and operational details. This information must be structured according to the guidelines specified by NIST in the FIPS 140-2 Non-Proprietary Security Policy.

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The purpose of FIPS 140-2 non is to provide a standardized approach for ensuring the security of cryptographic modules by defining the security requirements and guidelines they must adhere to. It aims to protect sensitive information and provide assurance to users that the cryptographic modules meet the necessary security standards.

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FIPS 140-2 non requires the reporting of detailed information about the cryptographic module, including its name, version, identification, operational details, design documentation, and statement of compliance with specific FIPS 140-2 requirements. It also includes information about cryptographic algorithms, key management, physical security measures, and self-tests.

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