Abstract
According to this paper, current network (N), intrusion (I), detection (D), and prevention (P) systems (S) formally (NIDPSs) have numerous flaws in detecting and preventing increasing undesirable visitors, in addition to a few risks in high-speed environments. It shows just how, inside the direction of high-speed as well as high load malicious visitors, NIDPS’s performance based on the decrease of packets, the big packets with no assessment, and then unable to identify the unwanted and bad traffic. A novel quality of service (QoS) architecture was used to improve the performance of intrusion detection and prevention process in the following research, we proposed and tested a solution that standard packets /traffic using a novel QoS configuration in a multi-layer switch and parallel techniques to speed up packet processing. The new architecture was tested in a variety of traffic conditions, including different speeds, types, and tasks. The experimental results show that the design develops a smooth function of flow in secured manner, allowing it to cover a wide range of scenarios.
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Latha, C.M., Ahmed, M.M.R., Soujanya, K.L.S., Lalitha Parameswari, D.V. (2022). A Novel Architecture for Detecting and Preventing Network Intrusions. In: Garcia Diaz, V., Rincón Aponte, G.J. (eds) Confidential Computing. Advanced Technologies and Societal Change. Springer, Singapore. https://doi.org/10.1007/978-981-19-3045-4_16
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