Detection and prevention of active sniffing on routing protocol

P. Ramakrishna1, M.A. Maarof1
1Information Security Group, Faculty of Compuler Science and Information System, University of Technology Malaysia, Skudai, Johor, Malaysia

Tóm tắt

The TCP/IP suite, the basis of today's Internet, lacks even the most basic mechanisms of authentication. As usage of the Internet increases, its scarcity of built in security becomes more and more problematic. This research project describes the serious DoS (denial of service) attacks against Internet Protocol control on a host computer and management protocol with an accent on the Internet control message protocol (ICMP), as well as some of the well known vulnerabilities of the inter domain routing protocols. All the present attacks have at least one common feature: they exploit intrinsic Internet Protocol security flaws. As tools that make this procedure of attacks extremely simple are starting to appear, we have chosen to research various detection and prevention techniques. This paper discusses various types of DoS attack, various tools involved and lastly the implementation stages of the research. The last section describes in depth of the current analysis stage.

Từ khóa

#Routing protocols #Computer hacking #TCPIP #Computer errors #Computer bugs #Computer crime #Access protocols #Computerized monitoring #Microwave integrated circuits #Internet

Tài liệu tham khảo

lindman, 2001, Detection and prevention of Active Sniffing in Ethernet Network 2001, Using TCP/IP AgainstItself wang, 2001, Vulnerability Analysis, Intrusion Prevention and Detection for Link State Routing Protocols roesh, 2002, Snort Users Manual”. Version 1.8.4 joseph, 2000, The Impact of The Next-Generation Internet Protocol on E-Commerce Security, CRC press LLC ranum, 2001, Experience Benchmarking Intrusion Detection System”. NFR security 2001, Sing v1.1”, Linux Freeware sanstorm, 2001, A Survey of The Denial of Service Problem edward, 1997, Attacking Your Own Nt Networks srambray, 2001, Hacking Exposed:Network Security Secrects & Solutions 10.1016/S1389-1286(00)00159-6