
Uncover a critical 4G LTE vulnerability allowing attackers to hijack calls and SMS. Learn about the 'Ghost Telephonist' attack and its implications for mobile network security.

Explore security vulnerabilities in DC fast charging protocols for electric vehicles, uncovering potential risks and attack vectors in the rapidly evolving EV charging infrastructure.

Explore the inner workings of Apple's Neural Engine, from machine learning algorithms to hardware registers, with insights into FaceID's neural network and SEP firmware security.

Discover automated static analysis techniques for identifying UEFI firmware vulnerabilities at scale, addressing the lack of systemic approaches in x86-based systems research.

Explore fault injection attacks on Secure Boot, their impact on embedded systems, and strategies for enhancing defenses through simulation techniques.

Explore AMD's Platform Security Processor: its role in system bootstrapping, security features, and proprietary nature. Gain insights into this embedded ARM core within x86 CPUs.

Explore vulnerability research on the Microchip ATECC508A secure memory, examining laser fault injection techniques to bypass cryptographic authentication in IoT devices.

Reverse-engineering bootloaders of popular microcontrollers to assess vulnerabilities in readout protection, focusing on software-based attacks and critical flaws in specific chip families.

Discover a tool for identifying vulnerable OEM IoT devices across thousands of images, revealing security risks in both supplier and vendor firmware distributions.

Explore vulnerabilities in 4G/5G networks, focusing on the ToRPEDO attack that exploits paging occasions to compromise user privacy and security.

Explore techniques for injecting malicious payloads into microcontrollers, from basic to advanced methods, to create hardware backdoors. Learn about firmware entry points and payload execution.

Learn to detect and understand 4G/LTE IMSI-catchers, explore their capabilities, and discover software solutions for identifying fake base stations. Gain insights into cell network security improvements.

Experimental exploration of satellite broadband vulnerabilities using affordable equipment. Demonstrates eavesdropping techniques across land, air, and sea communications with minimal detection risk.

Explore reverse engineering techniques to bypass protections and expand functionality of embedded mobile chipsets, going beyond traditional rooting methods for complete device control.

Explore vulnerabilities in VxWorks, a real-time operating system, from historical exploits to cutting-edge attack techniques. Gain insights into securing critical infrastructure and embedded systems.

Explore the development of the USB armory, an open-source hardware device for security applications. Learn about its architecture, security features, and potential uses as a trusted USB device.

Explore powerful, inexpensive penetration testing using ARM-based devices, from wired/wireless dropboxes to flying drones. Control actions remotely, with devices like BeagleBone Black and Raspberry Pi 2.

Reversing and hijacking a remote-controlled Nerf tank gun through hardware, firmware, and RF analysis. Includes live demonstration of taking control and potentially shooting the conference organizer.

Explore system firmware vulnerabilities and their impact on security. Learn about offline analysis of UEFI firmware updates to identify protection gaps and potential risks in modern systems.

Explore Software Defined Radio for hacking IoT devices. Learn digital signal processing basics and a reverse engineering workflow to recover and inject packets in proprietary wireless systems.

Explore IoT malware hunting techniques, honeypot designs, and real-world case studies. Learn reverse-engineering strategies for embedded systems and gain insights into next-generation threat detection.