
Explore microcontroller security in Meta's smart glasses, focusing on defense strategies through offensive techniques and real-world applications.

Explore Apple's USB-C controller vulnerabilities and hacking techniques with expert Thomas Roth in this cutting-edge cybersecurity presentation.

Explore Samsung Galaxy A* boot chain vulnerabilities and attack techniques for enhanced mobile security understanding.

Dissect Secure Boot's third-party attack surface, exploring vulnerabilities and potential exploits in boot processes.

Explore stack smashing techniques to bypass security measures in electronic door locks, uncovering vulnerabilities and potential exploits in physical access control systems.

Explore critical vulnerabilities in connected devices through SMS exploitation, uncovering potential threats to millions of users worldwide.

Explore the process of hacking a Trendnet travel router, from vulnerability hunting to exploit development. Learn methodologies and tools for both newcomers and veterans in IoT security.

Explore Screenly's evolution from Raspberry Pi to x86, BIOS, Coreboot, and RISC-V, uncovering challenges and innovations in digital signage technology.

Explore FPGA-based packet capture acceleration techniques for enhanced network monitoring and analysis performance.

Explore automotive security testing of electronic control units, focusing on embedded systems in modern vehicles and their vulnerabilities. Learn pentesting approaches for ECU analysis and defense mechanisms.

Explore secure firmware updates over-the-air, including encryption implementation for SUIT example in RIOT. Includes overview, demo, and insights from IoT security experts.

Explore secure OTA deployment in RIOT using PIP embedding. Learn innovative techniques for enhancing IoT device security and firmware updates.

Explore client-to-client communication and optimizations for LwM2M in IoT networks, enhancing device connectivity and efficiency.

Explore automated testing techniques for stateful network protocols in IoT, enhancing reliability and efficiency in embedded systems development.

Explore a runtime configuration registry for RIOT, enhancing system flexibility and adaptability in IoT environments.

Explore innovative peripheral self-testing techniques for embedded systems in this RIOT Summit presentation on "The Peripheral Selftesting Shield".

Explore MnemOS, a novel operating system for embedded devices, and its potential impact on IoT development and resource-constrained environments.

Explore RIOT-based power meter reader implementation, focusing on IoT applications and energy monitoring solutions.

Explore battery pack design, Simulink modeling, and software architecture for Battery Management Systems (BMS).

Explore battery pack protection, interfacing, communication pathways, protocols, and performance management for advanced BMS design.

Explore battery pack protection, interfacing, communication pathways, protocols, and performance management for advanced BMS design.