
Explore new root causes of transient execution attacks, including machine clears, and discover novel attack primitives like Floating Point Value Injection and Speculative Code Store Bypass.

Explore low-level protocol fuzzing for secure microcontrollers, uncovering vulnerabilities in BootROM USB drivers. Learn about a custom fuzzing framework for SPI, I2C, USB, and UART, and its application in hardware security research.

Explore hardware implants at scale, focusing on innovative techniques and potential security implications in this cutting-edge presentation on advanced technological vulnerabilities.

Exploring software-defined cryptography through multi-party computation, addressing enterprise key management challenges and enabling innovation in data protection and privacy.

Explore embedded microcontrollers in modern devices, focusing on the Surface Aggregator Module. Learn about security, firmware updates, and potential hardware implants in this deep dive into low-level system architecture.

Explore iPhone's wireless capabilities after shutdown, including Find My and Digital Car Key. Learn about potential security risks and firmware modifications for low-power Bluetooth malware.

Explore Language-theoretic security for IoT, focusing on input recognition and processing separation. Learn about parser combinators, test case generation, and implementation in AMQP protocol for robust IoT systems.

Explore fuzzing techniques for Trusted Execution Environments using AFL, focusing on OP-TEE. Learn about challenges, coverage tracking, and creating initial inputs for effective embedded system security testing.

Panel discussion on hardware security as a foundational element of cybersecurity, featuring experts from healthcare, research, and defense sectors exploring challenges and strategies in this critical field.

Explore hardware-based attack vectors including HID, IR, radio, and bus protocol attacks, with demonstrations for each technique in computer security.

Demonstration of permanent hardware backdooring using Rakshasa malware, exploring BIOS vulnerabilities and implications for computer security and forensics practices.

Unveiling vulnerabilities in ESP32-V3 microcontrollers through hardware security evaluation, focusing on extracting firmware encryption keys to decrypt flash content containing potential secret data.

Explore hardware security vulnerabilities and potential exploits in this technical deep dive, uncovering the hidden risks in modern computing systems.

Einführung in Hardware-Reverse-Engineering und Vorstellung von HAL, dem ersten Open-Source-Framework zur Analyse von Netzlisten für die Erkennung von Hardware-Manipulationen und Backdoors.

Detailing hardware and software hacking techniques used to breach the PlayStation Vita's security, including reverse engineering, fault injection, and side-channel analysis on its proprietary architecture.

Explore hardware implants in supply-chain attacks, their feasibility, and potential countermeasures. Examine a proof-of-concept SPI bus implant and discuss methods to detect and mitigate such security threats.

Exploring hardware attacks on ARM Cortex-M processors, demonstrating vulnerabilities in security features like TrustZone-M. Includes open-source tools for fault-injection testing and real-world examples of bypassing chip security measures.

Exploring hardware trust issues, supply chain vulnerabilities, and potential solutions. Introduces Betrusted, an open-source platform aiming to enhance security for high-risk individuals.

Explore IoT security challenges: hacker burner phones, automation in DevOps, and DARPA's vision for secure hardware. Gain insights from industry experts on cutting-edge cybersecurity topics.

Explore motherboard intricacies, security features, and hidden functionalities. Uncover potential exploits, design pitfalls, and challenges in hardware security through chipset analysis and datasheet discoveries.

Explore robot security challenges, attack surfaces, and protection strategies for hardware, software, and user privacy in the era of widespread robotic adoption.