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A taxonomy of intrusion response systems
171
Citations
19
References
2007
Year
EngineeringIntrusion Detection SystemInformation SecurityThreat DetectionDenial-of-service AttackIntrusion ToleranceIntrusion DetectionIntrusion Response SystemsSystems EngineeringIntrusion PreventionComputer ScienceReal-time Adaptive SecurityIntrusion ResponseThreat ModelIntrusion Detection Systems
Recent advances in intrusion detection have highlighted the need for automated, dynamic response mechanisms, as manual administrator-triggered defenses cannot keep pace with the increasing complexity and speed of attacks, yet research on intrusion response remains fragmented. This work introduces a taxonomy of intrusion response systems and reviews current research trends in the field. The authors outline essential features that an ideal intrusion response system should possess.
Recent advances in the field of intrusion detection brought new requirements to intrusion prevention and response. Traditionally, the response to an attack is manually triggered by an administrator. However, increased complexity and speed of the attack-spread during recent years show acute necessity for complex dynamic response mechanisms. Although intrusion detection systems are being actively developed, research efforts in intrusion response are still isolated. In this work we present a taxonomy of intrusion response systems, together with a review of current trends in intrusion response research. We also provide a set of essential features as a requirement for an ideal intrusion response system.
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