Optimized and Secure Routing in WSN Using AODV and Optimized Routing Algorithm for DDOS Attacks

Abstract

Due to the expeditious usage of the internet, network traffic and security challenges are increasing within the high-speed network. Though the IDS plays an important role in detecting potential attacks, the high volume of traffic creates significant technical challenges. DDOS attack can cause the node energy drained. As a result, node failures due to power limits generate system failures, which reduce network end-to-end connection. Furthermore, node mobility and congestion cause frequent link failures and packet losses, impairing the protocol's QOS performance. The Proposed scheme is hybrid optimization system and denial of service, for efficient routing and transmission for wireless networks. We are introducing a new classifier system technique to detect and block DDOS protocol flood attacks (CS DDOS). The suggested CS DDOS system provides a method for securing stored records by classifying arriving packets and making a decision based on the classification findings. CS DDOS recognizes and determines whether a packet is normal or originates from an attacker during the detection phase. Packets deemed as malicious will be denied access to the cloud service during the preventive phase, and the source IP will be blacklisted.