We present a new method for detecting known data in certain TLS encrypted communication channels. Our approach enables us to detect single files in eavesdropped TLS secured network traffic. We generate fingerprints by a fine-grained measurement of the entropy of fragments of known data and introduce the application of methods from the field of machine learning to the problem of file detection. We implement all proposed methods on a real data base and show the practical efficiency of our approach
The dataset consists of data from three different sources; flow records collected from the universit...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...
Asset identification plays a vital role in situational awareness building. However, the current tren...
Asset identification plays a vital role in situational awareness building. However, the current tren...
While the Internet is moving towards more and more encryption of the network traffic, it is also a t...
Abstract—In this paper, we propose stochastic fingerprints for application traffic flows conveyed in...
Network forensics is increasingly hampered by the ubiquitous use of encrypted channels by legitimate...
Virtually every day data breach incidents are reported in the news. Scammers, fraudsters, hackers an...
The growth of malware utilizing encrypted channels makes it challenging to detect malicious activity...
The encryption of network traffic complicates legitimate network monitoring, traffic analysis, and n...
The growing share of encrypted network traffic complicates network traffic analysis and network fore...
The growing trend of encrypted network traffic is changing the cybersecurity threat scene. Most cri...
The growing trend of encrypted network traffic is changing the cybersecurity threat scene. Most cri...
Transport Layer Security (TLS) based malware is one of the most hazardous malware types, as it relie...
The dataset consists of data from three different sources; flow records collected from the universit...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...
Asset identification plays a vital role in situational awareness building. However, the current tren...
Asset identification plays a vital role in situational awareness building. However, the current tren...
While the Internet is moving towards more and more encryption of the network traffic, it is also a t...
Abstract—In this paper, we propose stochastic fingerprints for application traffic flows conveyed in...
Network forensics is increasingly hampered by the ubiquitous use of encrypted channels by legitimate...
Virtually every day data breach incidents are reported in the news. Scammers, fraudsters, hackers an...
The growth of malware utilizing encrypted channels makes it challenging to detect malicious activity...
The encryption of network traffic complicates legitimate network monitoring, traffic analysis, and n...
The growing share of encrypted network traffic complicates network traffic analysis and network fore...
The growing trend of encrypted network traffic is changing the cybersecurity threat scene. Most cri...
The growing trend of encrypted network traffic is changing the cybersecurity threat scene. Most cri...
Transport Layer Security (TLS) based malware is one of the most hazardous malware types, as it relie...
The dataset consists of data from three different sources; flow records collected from the universit...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...
The increase in cybercrime and cyber-warfare has spurred the cat-and-mouse game of finding and attac...