We have a short update from the TelcoSecDay 2018 Agenda. But before that, a short reminder. The CFP for TelcoSecDay 2018 is still open. If you are into telco research, and if you have something interesting to talk, please make a submission here. The deadline is 17th February 2018.
Here is a short blog post that explains how you can make your own Man-in-the-Middle (MitM) setup for sniffing the traffic between a SIM card and the backend server. This is NOT a new research but I hope this will help anyone who doesn’t have a telco background to get started to play with mobile data sniffing and fake base stations. This is applicable to many scenarios today as we have so many IoT devices with SIM cards in it that connects to the backend.
In this particular case, I am explaining the simplest scenario where the SIM card is working with 2G and GPRS. You can probably expect me with more articles with 3G, 4G MitM in future. But lets stick to 2G and GPRS for now.
As Kai and I will be holding a TROOPERS workshop on automation with ansible, we needed a setup for the attendees to use ansible against virtual machines we set up with the necessary environment. The idea was, that every attendee has their own VMs to run ansible against, ideally including one to run ansible from, as we want to avoid setup or version incompatibilities if they set up their own ansible environment on their laptop. Also they should only be able to talk to their own machines, thus avoiding conflicts because of accidental usage of wrong IPs or host names but also simplify the setup for the users.
We are thrilled to announce the Blackhoodie event at Troopers 2018 on March 12th and 13th in Heidelberg. This time it is going to be a 2 day workshop with various interesting topics related to reverse engineering. We will make sure that you get some hands on experience with reversing and more.
At Troopers18 there will be a new special track on Microsoft Active Directory and its security aspects, similar to the SAP security track which we established some years ago. The AD security track will feature, amongst others, the following talks.
I am amazed by how this years BlackHoodie unraveled. Three days that included a pre-conference of lightening talks and two parallel tracks with a total of 64 enthusiastic members. The very spirit of BlackHoodie is nothing other than the quest to gain deep knowledge. Reverse engineering is one of the hardest fields in security. It touches on all fields of computing, starting from assembly, programming, file formats, operating systems, networks and what not. This makes it hard but an extremely fulfilling experience to spend time learning it. For me, the very idea of staring at a binary till you understand what it does is a magical feeling.
Following my work with the FreeBSD implementation of RFC 6980 I was happy to present my work at last week’s DENOG 9 meeting.
To make it available to anyone who did not meet me there and go into some more detail that would have exceeded the boundaries of the talk, I will cover the topic here.
TROOPERS17 was unlike any TROOPERS we had known before. Everything just seemed bolder, better, and beyond our expectations. From surprise speakers like the grugq (do you have a follow-up talk for #TR18 by the way?) to new speakers who are now TROOPERS family, TROOPERS17 is one for the history books!
If you were there you might be wondering to yourself, how could they possibly top it (and if you were not there check out this video from TR17)? Well, I am not going to lie, it will be a challenge. However, the high quality of talk and training submissions for this year have us feeling pretty positive about making #TR18 the “best year ever”!
With that being said I am happy to introduce the first official 5 talks of TROOPERS18!
Looking at IPv6 deployment graphs like this one it becomes clear that IPv6 still is not widely deployed in enterprise space (the reason for the apparent oscillation in that curve is the difference between working days – where people use their office computers – and weekend where they preferably use their smartphones or their home equipment connected by means of broadband networks).