
Explore JTAG debugging interfaces, learn about data registers, state machines, and protection mechanisms. Hands-on demonstrations with various devices and UART scanning techniques.

Explore debug interfaces and hardware hacking techniques using the JTAGulator, a versatile tool for discovering and exploiting hidden system access points.

Powerful OSPF attack exploiting protocol ambiguity to control routing tables in autonomous systems. Enables network manipulation, DoS, and unauthorized access to information flows. Multi-vendor fix underway.

Techniques for analyzing USB stack interactions to gather intelligence on embedded systems, including OS identification and vulnerability exploitation challenges.

Explore novel Ethernet attack techniques using affordable hardware and custom firmware. Learn about frame manipulations, SFD parsing anomalies, and Ethernet Packet-In-Packet injection for enhanced network security testing.

Explore SCADA device exploitation in oil and gas pipelines, examining control systems, vulnerabilities, and potential consequences of security breaches in critical infrastructure.

Explore the analysis and exploitation of Twine, a consumer IoT device, through reverse engineering, traffic capture, and firmware analysis. Learn techniques for understanding embedded systems.

Exploitation techniques for Teridian 8051-based SoCs in smart grid systems, covering architecture, security barriers, and methods to gain code execution and firmware access.

Discover affordable power analysis attack techniques for cryptographic systems using open-source hardware and software. Learn to set up a budget-friendly lab and perform live demonstrations against AES implementations.

Explore UART's significance in hardware vulnerability research, tools for working with it, and its potential for repurposing hardware. Learn best practices for securing UART-enabled products.

Explore the impact of automation on jobs, examining historical trends and future possibilities for human work in an increasingly technological world.

Explore techniques for exploiting vulnerabilities in networked embedded systems, focusing on security weaknesses and potential attack vectors in interconnected devices.

Explore advanced 802.11b attack techniques, wireless security vulnerabilities, and best practices for protecting Wi-Fi networks. Learn about tools, protocols, and practical demonstrations.

Explore design flaws and software vulnerabilities in embedded systems, focusing on Windows 2003 environments and their security implications.

Learn to secure wireless networks using 802.1x, EAP-TLS, and PEAP protocols. Gain practical insights for implementing robust Wi-Fi security measures in Windows 2003 environments.

Explore vulnerabilities in embedded systems, focusing on security flaws and potential exploits in various devices and technologies.

Explore design and software vulnerabilities in embedded systems, uncovering potential security risks and learning strategies to mitigate them.

Reverse engineering Samsung oven firmware to fix temperature inaccuracies and improve performance, demonstrating power analysis, fault injection, and binary patching techniques for e-waste reduction.

Explore the impact of Industry 4.0 on child-rearing and how blending character development with technology can shape future problem-solvers in this thought-provoking TEDx talk by Sienna Leis.

Ben Downing shares insights on building a carbon-free world, drawing from his experience in clean energy and politics. He presents tools and strategies to combat climate change, offering hope for a sustainable future.

Explore the security risks of IIoT cloud solutions in industrial settings, focusing on potential vulnerabilities and their impact on critical infrastructure.