期刊名称:TELKOMNIKA (Telecommunication Computing Electronics and Control)
印刷版ISSN:2302-9293
出版年度:2019
卷号:17
期号:1
页码:39-48
DOI:10.12928/telkomnika.v17i1.9191
出版社:Universitas Ahmad Dahlan
摘要:Next Generation Intrusion Prevention System (NGIPS) is a system that works to monitor network
traffic, to detect suspicious activity, and to conduct early prevention toward intrusion that can cause
network does not run as it supposed to be, NGIPS provides vulnerability protection broader compared to
the traditional IPS, especially in the application layer that has ability to detect and learn vulnerability asset
and carried out layering inspection until layer 7 packet. This paper intended to analyze and evaluate the
NGIPS to protect network from penetration system that utilize the weakness from firewall, that is
exploitation to HTTP port. By the existence of NGIPS, it is expected can improve the network security, also
network administrator could monitor and detect the threats rapidly. Research method includes scenario
and topology penetration testing plan. The result of this research is the evaluation of penetration testing
that utilizes HTTP port to exploit through malicious domain. The evaluation conducted to ensure the
NGIPS system can secure the network environment through penetration testing. This study can be
concluded that it can become reference to optimize network security with NGIPS as network security layer.
其他摘要:Next Generation Intrusion Prevention System (NGIPS) is a system that works to monitor network traffic, to detect suspicious activity, and to conduct early prevention toward intrusion that can cause network does not run as it supposed to be, NGIPS provides vulnerability protection broader compared to the traditional IPS, especially in the application layer that has ability to detect and learn vulnerability asset and carried out layering inspection until layer 7 packet. This paper intended to analyze and evaluate the NGIPS to protect network from penetration system that utilize the weakness from firewall, that is exploitation to HTTP port. By the existence of NGIPS, it is expected can improve the network security, also network administrator could monitor and detect the threats rapidly. Research method includes scenario and topology penetration testing plan. The result of this research is the evaluation of penetration testing that utilizes HTTP port to exploit through malicious domain. The evaluation conducted to ensure the NGIPS system can secure the network environment through penetration testing. This study can be concluded that it can become reference to optimize network security with NGIPS as network security layer.