MALICIOUS IP TRACKBACK: REVEALING THE LOCATIONS OF IP SPOOFERS

Mohammed Aquib. A. Hulkoti, M S Patel

Abstract: It has been for long period that, counterfeit source IP location has been utilized to disguise the genuine area of attackers. Various unique IP trackback techniques have been utilized to trap the IP spoofers. Notwithstanding, because the need of physical devices implementation, there has been definitely not a generally embraced IP trackback outcome in any event at the Internet level. Therefore, yet there has been no disappearance of fog on the areas of spoofers. Malicious IP trackback (MIT) is being proposed to sidestep the implementation difficulties of existing techniques. MIT researches ???? error messages (tagged as “Path Backscatter”) activated by spoofed packets, and spoofers are trapped taking into account open accessible data (e.g., topology). Along this, MIT without any prerequisite implementation of any special device can track attackers. This article represents the reasons, gathering, and the simulation results for “Path Backscatter”, exhibits the techniques and viability of MIT, and with the implementation of MIT on the data set of path backscatter. These outcomes can encourage uncover the attackers that uses counterfeit addresses, these attackers has been observed very long, but difficulties in implementation lead to problem in understanding it thoroughly. In spite of all, MIT cannot be guaranteed in all the attacks, it might be the most valuable system to track attackers before a network level trackback system is conveyed in real-time. Simulation and evaluation results in MIT can be used to get more effective algorithms and mechanisms to defend against these attacks. An IP trackback technique is important to overcome the problem of distributed denial of service attack.

Keywords: Internet protocol (IP) spoofers, path backscatter, Internet Security and Internet control message protocol (ICMP).

DOI: https://doi.org/10.15623/ijret.2016.0516014