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Deep Packet Inspection Time-Aware Load Balancer on Many-Core Processors for Fast Intrusion Detection
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 Title & Authors
Deep Packet Inspection Time-Aware Load Balancer on Many-Core Processors for Fast Intrusion Detection
Choi, Yoon-Ho; Park, Woojin; Choi, Seok-Hwan; Seo, Seung-Woo;
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To realize high-speed intrusion detection by accommodating many regular expression (regex)-based signatures and growing network link capacities, we propose the Service TimE-Aware Load-balancing (STEAL) algorithm. This work is motivated from the observation that utilization of a many-core network intrusion detection system (NIDS) is influenced by unfair computational distribution among many-core NIDS nodes. To avoid such unfair computational distribution, STEAL is designed to dynamically distribute a large volume of traffic among many-core NIDS nodes based on packet service time, which is represented by the deep packet time in many-core NIDS nodes. From experiments, we show that compared to the commonly used load-balancing algorithm based on arrival rate, STEAL increases the number of received packets (i.e., decreases the number of dropped packets) in many-core NIDS. Specifically, by integrating an open source NIDS (i.e. Bro) with STEAL, we show that even under attack-dominant traffic and with many signatures, STEAL can rapidly improve the performance of many-core NIDS to realize high-speed intrusion detection.
Service-time aware;Intrusion detection;Dynamic load balancing;Many-core processors;
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