Detection of Malicious Domains Using Passive DNS with XGBoost

Silveira, Marcos Rogerio [UNESP]; Cansian, Adriano Mauro [UNESP]; Kobayashi, Hugo Koji; IEEE

Detection of Malicious Domains Using Passive DNS with XGBoost

Date

2020-01-01

Authors

Silveira, Marcos Rogerio

Cansian, Adriano Mauro

Kobayashi, Hugo Koji

IEEE

Publisher

Ieee

Type

Work presented at event

Abstract

The Domain Name System (DNS) has as its main function the mapping of domain names to IPs and vice versa. Because of its function combined with the exponential growth of the internet, it has become an essential component. Because of this, attackers use DNS for malicious activities, such as Phishing, Fast-Flux Domains, DGAs, in addition to the spread of malware. In this paper we present an approach for automatic detection of malicious domains using a Passive DNS dataset combined with machine learning techniques. One way to perform the detection of these malicious domains is by blocklists, which can take some time before someone reports and there is human analysis. The model presented in this work is capable of detecting malicious domains at an early stage through its Passive DNS traffic. 12 features were extracted exclusively from DNS traffic. Our model makes use of the XGBoost supervised machine learning algorithm, and obtains an average AUC of 0.976.