Fuzzing IoT binaries with AFL++ - Part II
Fuzzing closed source IoT firmware binaries with AFL++ in Qemu mode. Fuzzing networked apps often requires desocketing and patching the binary.
Fuzzing closed source IoT firmware binaries with AFL++ in Qemu mode. Fuzzing networked apps often requires desocketing and patching the binary.
Fuzzing closed source IoT firmware binaries with AFL++ in Qemu mode. Fuzzing networked apps often requires desocketing and patching the binary.
Learn step-by-step how to exploit Bootloaders using Practical attack vectors. Gain root access by loading custom kernel and filesystem using TFTP.
If you have been wanting to learn IoT Exploitation but never got a chance, here’s something that you’ll be interested in. It’s the end of the year and we
This is the second post in the IoT Exploitation and Penetration Testing series. In this post, we are going to have a look at a key component in an IoT device architecture
IoT or the Internet of Things is the new buzzword all around. However, not enough attention has been paid to the security aspect of these so-called “smart” devices. This series of
BlackHat 2015 was the first run of our IoT security training class named “Offensive Internet of Things Exploitation” and it was a HUGE success. The class got sold out quite fast, much
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