No abstract

The main aim of the attacker is to increase the unwanted packets flooding in the network. It is considered as a king of assaults because it floods the network with an excessive number of useless packets, causing the network capacity to be consumed and data transmission in the network to be hampered. The primary work of DDSCS is to visualize the impact of a DoS attack on a network and identify the node or nodes that are causing the network’s performance to be negatively affected. The attacker ping attempts are very high in network but the data delivery attempts are almost negligible. The DDCSS security system examines the profiles of each node in the network through its IP address and the number of ping attempts. If the attacker is one of the nodes that flooded the network with superfluous packets, the DDSCS method prevented the attacker in the network. The simulation results demonstrate the performance of DoS, SPAS and proposed DDSCS but the DDSCS schemes, indicating that it is successful and demonstrating a 0% attacking rate in the presence of an attacker.