Autor/Autorin: Admassu Tsehay
Tsehay Admassu (M.Sc Computer Science) is a Computer Science Lecturer at Aksum University, Department of Computer Science.
Address Resolution Protocol (ARP) spoofing attack is the most common type of local area network attacks. This is because the Address Resolution protocol packet does not contain any authentication information, which indicates the origins of reply packet. Therefore, all of the devices in Local Area Network are vulnerable to ARP spoofing attack. A tool like, ARPspoof can be used to generate a forged Address Resolution Protocol reply packet to perform ARP spoofing attack, even without any knowledge of the details behind address resolution process. The existence of such automated tools has created a hole for the attackers to easily compromise a host in a local area network. Although the ARP spoofing attack is underestimated form of attack, the ARP spoofing attack opens the door for much sophisticated form of attacks, such as Man-in-Middle attack or even domain name system spoofing and many more sophisticated forms of attacks. In this study, explores different tools and methods used in detection and prevention of Address Resolution Protocol Spoofing attack.
Admassu, TsehaynTsehay Admassu (M.Sc Computer Science) is a Computer Science Lecturer at Aksum University, Department of Computer Science.
Über den Autor
Tsehay Admassu ha completado su Maestría en Ciencias de la Computación en 2016 en la Universidad de Andhra, Colegio de Ingeniería y Tecnología (A), Visakhaptnam (India). Tsehay se graduó en Ciencias de la Computación en 2013 en la Universidad de Dilla (Etiopía). Actualmente trabaja como profesor de informática enseñando cursos de licenciatura.
Klappentext
Address Resolution Protocol (ARP) spoofing attack is the most common type of local area network attacks. This is because the Address Resolution protocol packet does not contain any authentication information, which indicates the origins of reply packet. Therefore, all of the devices in Local Area Network are vulnerable to ARP spoofing attack. A tool like, ARPspoof can be used to generate a forged Address Resolution Protocol reply packet to perform ARP spoofing attack, even without any knowledge of the details behind address resolution process. The existence of such automated tools has created a hole for the attackers to easily compromise a host in a local area network. Although the ARP spoofing attack is underestimated form of attack, the ARP spoofing attack opens the door for much sophisticated form of attacks, such as Man-in-Middle attack or even domain name system spoofing and many more sophisticated forms of attacks. In this study, explores different tools and methods used in detection and prevention of Address Resolution Protocol Spoofing attack.
