Stratosphere is happy to announce the accepted projects in the Google Summer of Code (GSoC) 2023!
After evaluating all the works sent by the candidates, at the end of the September 2022, the winner was selected! The award and money prize was given to Estelle Ruellan a master student of criminology from the Université de Montréal!
We are happy to announce that Slips will be presented at BlackHat USA 2022 Arsenal in Las Vegas on Thursday, August 11, from 1:00 pm to 2:30 pm: https://bit.ly/SlipsBHUSA22.
Our team is excited to share the latest news and features of Slips, our behavioral-based machine learning intrusion detection system. In this blog we introduce version 0.9.0, with support of peer-to-peer threat intelligence sharing.
Privacy-preserving DNS protocols like DNS over HTTPS (DoH), DNS over TLS (DoT), and DNS over QUIC (DoQ) have been around since 2014 but they have only recently been brought to the attention of the general public following Firefox’s announcement to make DoH a default.
This is the eighth blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT06-Saefko [download here]. The previous blogs analyzed Android Tester RAT, DroidJack RAT, SpyMax RAT, AndroRAT, HawkShaw, AhMyth and Command-line AndroRAT.
This is the seventh blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT08-command-line-AndroRAT [download here]. The previous blogs analyzed Android Tester RAT, DroidJak RAT, AndroRAT RAT, SpyMax RAT, AhMyth RAT and HawkShaw RAT.
This is the sixth blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT03-HawkShaw [download here]. The previous blogs analyzed Android Tester RAT, DroidJack RAT, SpyMax RAT, AndroRAT RAT and AhMyth RAT.
This is the fifth blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT07-AhMyth [download here]. The previous blogs analyzed Android Tester RAT, DroidJak RAT, AndroRAT RAT, and SpyMax RAT.
This is the fourth blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT05-AndroRAT [download here]. The previous blogs analyzed Android Tester RAT, DroidJack RAT, and SpyMax RAT.
This is the third blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT04-SpyMAX [download here].
This is the second blog of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset, a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide the analysis of the network traffic of the RAT02-DroidJack v4.4.
This is the first blog post of a series analyzing the network traffic of Android RATs from our Android Mischief Dataset [more information here], a dataset of network traffic from Android phones infected with Remote Access Trojans (RAT). In this blog post we provide an analysis of the network traffic of the RAT01-Android Tester v6.4.6 [download here].
In this blog, we introduce our new dataset called the Android Mischief Dataset for the benefit of the security research community. It contains the network traffic from mobile devices infected with Android Remote Access Trojans. This blog describes the structure and the content of our dataset, its creation methodology, and links to download it.
