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BSides Tel Aviv 2019 - Community Workshops
June 23rd, 2019 09:00
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BSides Tel Aviv 2019 - Main Conference Day
June 24, 2019 10:00
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BSides Tel Aviv 2019 - Community Workshops

June 23rd, 2019
Begin: 09:00
End: 18:00
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Workshop Tickets

Tickets for the BSidesTLV workshop sessions

This course is an introduction to the basics of ethical hacking. It covers most of the aspects one requires to get started in this field. It has been created for students with limited to no prior experience with ethical hacking. This course, while remaining ethical in its approach, will ensure that students understand and are able to get from the perimeter right into the heart of networks and systems. This very exciting hacking course will take each student through the process of ethical hacking, from setting up your virtual machines or desktops to prepare for assessments through to enumeration and exploitation of networks and systems.

Workshop by: TelSpace More Info:


The Unified Extensible Firmware Interface (UEFI) plays a critical role in ensuring platform security. However, there seems to be a steep learning curve for developers and researchers to implement firmware functionality. This course intends to be a resource for firmware enthusiasts to ease into developing interesting platform functionality as well as to provide them with the tools necessary to test the state of a platform and the firmware running on it.

The class is a hands-on course focused on coding, compiling, and testing platform firmware. The course material and labs are based around two projects: the open source implementation of UEFI (TianoCore) and CHIPSEC, a widely deployed open source platform security framework. The UEFI development section covers everything from the basics of the UEFI build environment, basic Hello World examples, and UEFI shell apps all the way to UEFI driver development and System Management Mode (SMM) functionality. Students don’t necessarily need to be firmware experts, but could benefit from the material even if they have firmware research experience.

The CHIPSEC development section will focus on the creation of verification modules that check for the proper hardware configuration of a platform, provide the ability to blacklist known vulnerable code, perform forensics, craft POC’s for vulnerabilities, and even stress test different firmware features. The class is ideal for firmware security researchers looking for a deeper dive into platform configuration and stress testing.

Workshop by: Maggie Jauregui More Info:


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