Survey On Various Attacks And Intrusion Detection Mechanisms In Wireless Sensor Networks

Abstract

The new and most advanced technologies include Wireless Sensor Network (WSN), widely used in a wide range of applications, for example, militarily and communication intelligence, environmental studies, modern logistics, medical services and equipment, agricultural applications, computers, IOT and ecosystems, etc. Due to its inherent energy resources and processing power limitations, WSN technology poses major network problems and realistic security. The threats were developed and a structured model of WSN security met the required safety objectives. We decided to provide our WSN security model with a practical theoretical analysis to meet this challenge. The distance between two adjacent moving sensors and entre leaving sensors and the moving intruders is still not extensively investigated and undetermined. Intrusion detection is one of the most critical wireless network security approaches. Different features were used to detect various malignant activities through an Intrusion Detection System (IDS). However, it is important to obtain location information for detection nodes and to plan routes to ensure that detections are avoided by advancing the electronic anti-recognition technology. It calls an "enhanced intrusion system" that creates more problems with conventional methods of intrusion detection. The most recent intrusion detection technology provides accurate information on the attack. The primary objective of intrusion detection, however, is a little aware if the protection has been breached. Furthermore, networks continue to have a significant effect on and weaken reliability and robustness. WSN theory and methods for data recovery, data consistency, network trust, network topology, and routing protocols have been previously used.