PIDS - A Behavioral Framework for Analysis and Detection of Network Printer Attacks
This addresses security threats for organizations using network printers, but it is incremental as it applies existing ML methods to a new domain.
The authors tackled the problem of detecting network printer attacks by developing PIDS, an intrusion detection system that uses supervised machine learning on traffic features, achieving 99.9% accuracy with a negligible false-positive rate.
Nowadays, every organization might be attacked through its network printers. The malicious exploitation of printing protocols is a dangerous and underestimated threat against every printer today, as highlighted by recent published researches. This article presents PIDS (Printers' IDS), an intrusion detection system for detecting attacks on printing protocols. PIDS continuously captures various features and events obtained from traffic produced by printing protocols in order to detect attacks. As part of this research we conducted thousands of automatic and manual printing protocol attacks on various printers and recorded thousands of the printers' benign network sessions. Then we applied various supervised machine learning (ML) algorithms to classify the collected data as normal (benign) or abnormal (malicious). We evaluated several detection algorithms, feature selection methods, and the features needed in order to obtain the best detection results for protocol traffic of printers. Our empirical results suggest that the proposed framework is effective in detecting printing protocol attacks, providing an accuracy of 99.9 with negligible fall-positive rate.