KYE paper: Bots keep talking to us
03 Jan 2018 Sebastien Tricaud kye
Analysis of 24 Hours Internet Attacks: A Brief Overview of Malicious Traffic Targeting Featureless Servers on the Web.
Analysis of 24 Hours Internet Attacks: A Brief Overview of Malicious Traffic Targeting Featureless Servers on the Web.
Thug 0.4.0 was released on June, 8th 2012 and a huge number of really important features were added since then. During the last two years I had a lot of fun thinking and designing the future of the project and I’m really proud of what Thug is now. I have to thank a lot of persons who contributed with their suggestions, ideas, bug reports and sometimes patches. You know who you are. Really thanks!
I am very pleased to announce the publication of another paper in our Know Your Enemy white paper series: “KYE - Social Dynamics of Hacking” authored by Thomas J. Holt and Max Kilger from our Spartan Devils Honeynet Project Chapter. In this paper, Tom and Max go to the roots of the Know Your Enemy series and shine light on the social groups that are involved in hacking.
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Abstract
Though most information security research focuses on current threats, tools, and techniques to defeat attacks, it is vital to recognize and understand the humans behind attacks. Individual attackers have various skills, motives, and social relationships that shape their actions and the resources they target. In this paper we will explore the distribution of skill in the global hacker community, the influence of on and off-line social relationships, motivations across attackers, and the near-future of threats to improve our understanding of the hacker and attacker community.
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Folks, I am very pleased to announce the publication of our Know Your Tools paper: Glastopf - A dynamic, low-interaction web application honeypot authored by Lukas Rist of the Chicago Honeynet Project Chaper and Sven Vetsch, Marcel Kossin, and Michael Mauer.
The paper is available from https://honeynet.org/papers/KYT_glastopf.
Currently, attacks against web applications make up more than 60% of the total number of attempted attacks on the Internet. Organizations cannot afford to allow their websites be compromised, as this can result in serving malicious content to customers, or leaking customer’s data. Whether the particular web application is part of a company’s website, or a personal web page, there are certain characteristics common to all web applications. Most people trust in the reliability of web applications and they are often hosted on powerful servers with high bandwidth connections to the Internet. Considering the large number of attacks and knowing the potential consequences of successful break-ins, we decided to put a bit more effort into the development of honeypots to better understand these attacks.
Christian Seifert (CPRO of The Honeynet Project) has just announced publication of our Know Your Tools series: Qebek - Conceal the Monitoring, authored by Chengyu Song and Jianwei Zhuge from the Chinese Chapter and Brian Hay from the Alaskan Chapter. The paper is based on Chengyu’s hard work during the GSoC 2009, Brian Hay and me acted as his mentors for the Qebek GSoC Project. Congrats to Chengyu and Chinese Chapter.
I am very pleased to announce another publication of our Know Your Tools series: Qebek - Conceal the Monitoring authored by Chengyu Song and Jianwei Zhuge from the Chinese Chapter and Brian Hay from the Alaskan Chapter.
The paper is available from https://honeynet.org/papers/KYT_qebek.
Paper abstract
For the last few years, while low-interaction (LI) honeypot systems like Nepenthes and PHoneyC are getting more and more powerful, the progress of high-interaction (HI) honeypot technology has been somewhat slower. This is especially true for Sebek, the de-facto HI honeypot monitoring tool. In this KYT paper, we introduce Qebek, a QEMU based HI honeypot monitoring tool which aims at improving the invisibility of monitoring the attackers’ activities in HI honeypots.
We are very excited to announce the publication of our first paper in the new Know Your Tools paper series: “KYT: use Picviz to find attacks” authored by Sebastien Tricaud from the French Chapter and Victor Amaducci from the University of Campinas.
The paper can be downloaded at Know Your Tools: use Picviz to find attacks.
_Paper Abstract
Picviz is a parallel coordinates plotter which enables easy scripting from various input (tcpdump, syslog, iptables logs, apache logs, etc..) to visualize data and discover interesting aspects of that data quickly. Picviz uncovers previously hidden data that is difficult to identify with traditional analysis methods.
The Honeynet Project is very excited to announce a new scanning tool for detecting Conficker and an upcoming Know Your Enemy paper detailing how to contain Conficker. Both the paper and the tool have been developed by Honeynet Project members Tillmann Werner and Felix Leder. The tool was developed over the weekend, in co-ordination with Dan Kamisnky, and this tool is now publicly available and is in the process of being integrated into most major vulnerability scanning tools, including Nmap. The Know Your Enemy paper describing in far greater detail how to contain Conficker and the tool itself, will be released in the next forty-eight hours. Both the scanning tool and the paper have been developed and coordinated with the efforts of the Conficker Working Group. We would like to thank them for their tremendous support, guidance and input on this research.
The Honeynet Project is excited to announce the release of Know Your Enemy: Containing Conficker. In this paper we present several potential methods to contain Conficker. The approaches presented take advantage of the way Conficker patches infected systems, which can be used to remotelydetect a compromised system. Furthermore, we demonstrate various methods to detect and remove Conficker locally and a potential vaccination tool is presented. Finally, the domain name generation mechanism for all three Conficker variants is discussed in detail and anoverview of the potential for upcoming domain collisions in version .C is provided. Tools for all the ideas presented are freely available for download including source code. This paper was authored by Tillmann Werner and Felix Leder.