
Explore Qualcomm WLAN and Modem vulnerabilities, focusing on firmware exploitation, isolation breaches, and over-the-air control techniques. Gain insights into real-time debugging and mitigation strategies.

Explore power line communication security, focusing on G3 and Prime standards. Learn to identify protocols, sniff data streams, and detect interference attacks in AMR systems.

Dissection of QNX's security features, including exploit mitigations and random number generators, for embedded systems in automotive, industrial, defense, and medical sectors.

Explore security challenges and solutions for next-gen wearables, focusing on a custom Security Development Lifecycle for hardware, software, and cloud components in IoT ecosystems.

Explore vulnerabilities in GSMA's eUICC remote provisioning, revealing potential attacks that could disrupt mobile network operators' service delivery. Learn about SIM evolution and security implications.

Explore Mercedes-Benz car security research, from hardware analysis to gaining control. Learn about attack surfaces, reverse engineering, and cloud control in modern connected vehicles.

Reverse engineering Embedded Controller firmware to bypass Intel BIOS Guard on Lenovo Thinkpads, exploring hardware security boundaries and firmware update processes.

Explore new vulnerabilities in 5G networks, focusing on operator infrastructure and end-device security. Learn about MC Catcher capabilities, mobile network mapping, and potential risks for cellular and IoT devices.

Explore electric motor vulnerabilities and attacks bridging cyber and physical realms. Learn about security risks, attack methods, and protective measures for this critical technology.

Explore Tesla's security model, focusing on the Ludicrous speed upgrade process for Model S. Learn about CAN bus architecture, battery management, and potential vulnerabilities in vehicle upgrades.

Explore bio-hacking, bio-implants, and their impact on physical and digital security. Learn about augmented humans, contactless technology risks, and mitigation strategies.

Explore evolving threat landscapes, from nation-state conflicts to sophisticated attacks on individuals and devices. Learn about below-OS mitigations to protect BIOS, firmware, and data.

Explore 5G telecom security challenges, improvements, and implementation issues. Learn about virtualization risks, DDOS threats, and industry initiatives like NESAS in this comprehensive overview.

Explore a custom bootkit for U-Boot devices, its persistence techniques, and implications for IoT security. Learn about backdooring methods and potential countermeasures.

Explore IoT security vulnerabilities using SDR and GNU Radio. Learn to intercept, sniff, and hijack wireless devices like drones and keyboards through practical demonstrations and attacks.

Explore Unity's new C# job-based audio rendering engine for large-scale audio in ECS, covering DSP graphs, sound fields, and advanced mixing techniques.

Explore the STIR/Shaken framework to combat robocalling, including its architecture, security considerations, and implementation challenges for voice service providers.

Explore WiFi 6 technology, its advantages over previous standards, and security enhancements with WPA3. Learn about improved efficiency, multiple user support, and challenges in wireless eavesdropping.

Explore IoT vulnerabilities, ransomware tactics, and security control bypasses through live demonstrations and hands-on hacking of devices like CCTV cameras and firmware.

Explore IoT and OT hacking using software-defined radio, covering wireless vulnerabilities, attack surfaces, and exploitation techniques for non-WiFi RF protocols in various devices.

Explore dangers of rogue radio frequencies and learn techniques to identify, locate, and protect against potential threats in organizational and personal contexts.