ORGANIZATION
Ahmad Alajail – Chapter Lead
Ahmad Hassan – Member
Anastasios Monachos - New Member
Andrew Marrington – New Member
Majid Al Ali - Member

DEPLOYMENTS
we have successfully change all of our distributed Honeypots from Nepenthes to Dionaea and upgrade our honeypharm with reporting mechanism and the additional information received from Dionaea.

RESEARCH AND DEVELOPMENT
As we reached end of 2012 we managed to upgrade our research lab with new hardware’s that can be used for the new projects. Currently we are looking into Glastop and Spampot and the changes that might be required to utilize the output result/findings.

ORGANIZATION Last year our chapter membership has gone through several changes: some members moved to new places and new positions and are no longer a part of the honeynet chapter, while others (Natalia Stakhanova) came back.

Our current members include Ali Ghorbani, Natalia Stakhanova, Hadi Shiravi (Unversity of New Brunswick) and Sami Guirguis (Toronto).

DEPLOYMENTS

We currently have deployed a cluster of server honeypots and SGNET sensor. Both are primarily used for capturing botnet network traffic.

Spartan Devils Chapter Status Report For 2012

ORGANIZATION

Our current membership includes: Gail Joon Ahn (Arizona State University) Tom Holt, (Michigan State University) Max Kilger, and Napoleon Paxton, We are also happy to report that we added Paul Neff to our roster in the last few months.

DEPLOYMENTS
In addition to all tools from honeynet site, we also installed Sandboxie on Vmware ESXi to automatically test malware and reset VMs.

Rapid7 have announced the selected projects for the second round of their Magnificent7 program. The program sponsors open source efforts in the area of IT security over the course of a year and provides them with Rapid7’s technological and marketing expertise.

In March, Cuckoo and Androguard - both developed by members of the Honeynet Project - were chosen, and today’s press release revealed two more of our members’ projects to be supported under the Magnificent7 program.

The HoneyMap shows a real-time visualization of attacks against the Honeynet Project’s sensors deployed around the world. It leverages the internal data sharing protocol hpfeeds as its data source. Read this post to learn about the technical details and frequently asked questions. Before going into explanations, take a look at the map itself: map.honeynet.org!

We have seen attack visualizations for quite some time in various forms and availabilities. So far, we only had a GTK canvas based solution and a project around Google Earth and WebGL that would show attacks against our honeypot systems. The most awesome related projects are coming from our Australian folks (thanks Ben) - make sure to take a look at their site.

Folks,
the submission deadline for the Forensic Challenge 12 – “Hiding in Plain Sight“ put up by the Alaska Chapter under the leadership of Lucas McDaniel has passed. We have received 4 submissions and will be announcing results on Mon, Oct 15th 2012. The top three submissions will be awarded little prizes.

Angelo Dell’Aera
The Honeynet Project

Finally it is good enough to announce my GSoC project - HpfeedsHoneyGraph which is a Splunk APP to display attack graph for hpfeeds logs. It is not a easy project for me to complete in short time. During the last three months, I have to learn several skills for implementation including HPfeeds logs correlation of several hpfeeds channels, Splunk frameworks, Splunk REST API , D3.v2.js graph library and fast-fluxing modules. The most difficult challenge for me is to write javascript code. I SUPER hate javascript.

The updated version of APKInspector is a powerful static analysis tool for Android Malicious applications. It provide convenient and various features for smartphone security engineers. With the sensitive permission analysis, static instrumentation and easy-to-use graph-code interaction .etc, they can get a thorough and deep understanding of the malicious applications on Android. The improvement mainly focus on two categories: User Interface and Security Analysis. The goal is to build an easy-to-use tool with strong security analysis features. For the UI part, we made the following progress: 1) Automatically installation In last version, user need to install many packages APKInspector depended on in order to run this tool which might be an obstacle for the widely distribution of APKInspector. With the updated version, user only have to run a script to install the tool. 2）Fine-grained Graph View to Source View The new version of APKInspector have fine-grained graph-code interaction. In the past, we only provide the interaction at the block level, now we can identify each phase of the code. It supports instruction level interaction between graph view and code view now.

We’ve just released version 0.2 of the Ghost USB honeypot for Windows XP and Windows 7 with a lot of great new features. You can download the new version from the project page. In this post, I’m going to give an overview of the changes.

Let’s start with what you usually do first: install Ghost. Installing the honeypot has been tedious in the past, so we’ve built an installer that handles most of the work for you. Just run it and enjoy.

1 Introduction

As the end of GSoC 2012 will come in the next few days, i am proud to announce IPv6-guard. IPv6-guard is an IPv6 attack detector tool including some defense mechanisms to protect against most of recent attacks on ipv6 protocol suite.

2 IPv6-Guard

2.1 How it works

At first, the tool will gather “genuine” informations of connected network. Those information includes IP and MAC address of neighbors and routers on the network.After first time run, IPv6-guard will save this information to use later, if anything has change,it will ask for confirmation ( User can edit “/data/genuine.info” to add more interface if need). If the network is under attack, some invalid information might be detected and it will ask you to verify what information is “genuine”. IPv6-Guard will use collected information and signatures against every received packet to detect and mitigate IPv6 attacks from the network.