NETWORK ATTACKS IN NS3

NETWORK ATTACKS IN NS3 is a packet event driven simulator. We use NS3 to model and simulate various kinds of wired and wireless network. Also, We offer NS3 IEEE projects for college students with latest projects. We apply IEEE projects for academic engineering students. So We develop IEEE based recent network projects to analyze the performance of various protocols by NS3 simulation environment. We handle and support various attacks and security relevant IEEE papers using NS3. also We evaluate attack such as Dos, wormhole, rushing and flooding attacks in more than 90+ projects by NS3 simulation.

NS3 Manet PROJECTS :

We handle this attack which dismantles the available network. Dos ensure a one hop communication and stop packet arrival at destination point. Dos try to render MANET from continuous service. Dos attack also in Manet mainly target to attack routing protocol in network layer.

Flooding Attack:

This attack mainly proposed to consume node resources such as bandwidth and battery power. Flooding occurred when unauthorized node send various number of route request packets in a short time and also no route reply for their packets. This causes the drop in network throughput. We also handle this attack by avoiding malicious node in network. It also occurs mainly to discard original packets before reaching destination also by unwanted packets.

Wormhole Attack NS3 PROJECTS:

We also eradicate this attack by various techniques. Wormhole attack occur when attacker transfer control message to another location by high speed communication to preserve route discovery process. This attack also dismantles confidentiality and authenticity network communication.

Rushing Attack:

Rushing attack happened in fast dedicated channel among wormhole nodes. This attack affects routing protocols in wireless networks. In rushing attack, assailant node send route request packets faster than other nodes. By this process node receive packet twice and when node find it is duplicate then it is dismantle also by respective node. Source node denotes an intermediate node as adversary node, which could not find route path also to destination node.

Black Hole Attack NS3 PROJECTS:

We handle this attack by various algorithms. Black hole attack malicious node ensure an valid route for destination and also that valid route node selected for routing process by source node. After selection it performs improper action to drop the network performance. This attack repair (or) preserve some forwarded packets and other packets with proper conditions.

Byzantine Attack:

We also destroy this attack by various techniques. In this attack venomous nodes are joined together and create colluding and routing issues in network. To ensure packet dropping, non optimal path attacker creates routing loops. This issue causes degradation of network and routing disruptions.We handled these mentioned attacks with various remedies in M.E projects under Ns3 Simulation.

Current Work progress