
Explore wireless security vulnerabilities in IoT devices, analyzing major RF attacks and demonstrating how Software Defined Radio impacts both offensive and defensive strategies.

Comprehensive analysis of 5G security risks using threat modeling. Explores new technology components, services, and mitigating controls in the 5G ecosystem, with a focus on the World Bank Group's approach.

Comprehensive methodology for IoT security testing, covering functional evaluation, reconnaissance, testing phases for various components, and analysis. Equips testers with skills for enterprise and consumer IoT ecosystems.

Step-by-step guide to creating a board support package for Yocto Project, covering essential components and best practices for efficient, maintainable configurations.

Explore 5G security paradigms, best practices, and recommendations for CSPs. Learn about new approaches, AI utilization, integration, orchestration, and automation in 5G security.

Learn to manipulate bus protocols through bit banging techniques, gaining control over hardware communication and exploring potential security implications in embedded systems.

Explore software-defined radio signal processing using a 5 microcontroller, covering hardware, architecture, operating systems, and advanced signal processing techniques.

Explore top 10 security vulnerabilities in Internet of Things devices, covering privacy concerns, industrial systems, and medical applications. Learn about real-world exploits and potential solutions.

Learn practical foxhunting techniques, from antenna types to signal displays and strategies. Gain hands-on skills for wireless signal tracking in this comprehensive guide from Defcon Wireless Village.

Explore Atheros wireless chipsets, covering MAC, radio, RTC, and host interfaces. Dive into PHY, RF details, and advanced features for a comprehensive understanding of wireless technology.

Explore SDR techniques using hackrf, covering hardware design, RF interfaces, and RFID frequencies in this comprehensive wireless technology overview.

Analyze the Ukrainian power grid hack, exploring tools, techniques, and implications. Learn about ICS vulnerabilities, attack stages, and strategies to enhance critical infrastructure security.

Explore customizing Qt for high-performance graphics on specialized hardware, including modifications for devices without GPUs and extending QML across multiple displays.

Explore Lamphone, a novel optical side-channel attack that recovers sound from desk lamp vibrations, enabling passive eavesdropping from a distance with high-quality results.

Explore isolation mechanisms for high-speed packet processing pipelines, focusing on Menshen's approach to enforcing isolation between modules in programmable data planes.

Learn about creating and selling Solo, an open-source security key implementing U2F and FIDO2 protocols. Explore hardware design, crowdfunding, production challenges, and the benefits of open-source security devices.

Uncover the mysteries of IMSI catchers, their functionality, detection methods, and legal implications. Gain insights into cellular network fundamentals and cutting-edge research on unauthorized cell sites.

Explore hardware security threats, detection methods, and threat modeling with minimal equipment. Learn to identify unexpected features and understand the challenges of hardware implants and interdiction.

Explore modern pseudo-Doppler direction finding using SDR for locating radio devices. Learn about innovative techniques, challenges, and future developments in wireless security research.

Explore advanced techniques for securing firmware in large-scale hardware deployments, addressing challenges and future trends in protecting against persistent backdoors and exploits.

Comprehensive methodology for embedded device vulnerability analysis, covering firmware, web app, mobile app, and hardware. Includes case study and TROMMEL tool introduction.