Enhancing Security in Wireless Sensor Networks: Related Approaches in Intruder Detection Techniques
Keywords:
Intrusion Detection Systems (IDS), Wireless Sensor Networks (WSN), Secure Histogram Inclination Boosting ClassifierAbstract
WSNs are vulnerable to a number of security threats, each of which has the potential to lower the network's overall performance. The characteristics of distributed, infrastructure-less, fault-tolerant, scalable, and dynamic wireless sensor networks (WSNs) define them A WSN's Intruder Detection System (IDS) is an essential component that contributes to the network's security and integrity. The need for a reliable and secure IDS has grown increasingly important as a result of the growing reliance on WSNs in a variety of applications, including healthcare, the military, and industrial. Although secure routing protocols, key management, and authentication mechanisms ensure safe transmission, there is no assurance that messages will be delivered consistently. To put it another way, these strategies are capable of protecting the network from outside threats, but they are ineffective against inside threats. They want to make certain that the data are true, that they are accurate, and that they are private. These techniques disguise delicate data in case of an attack from an external perspective, when a foe endeavors to gain admittance to the information. An inside assault happens when a sensor hub that is coordinated into the sensor network starts acting in a threatening way without first endeavoring to gain admittance to the data that is remembered for the messages that have been gotten.
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