
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.

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.

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

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

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.

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

Ultra-low-power demodulator for long-range LoRa backscatter systems, enabling feedback demodulation, packet retransmission, rate adaptation, and channel hopping with improved range and efficiency.

Explores vulnerabilities in low Earth orbit satellite networks, introducing ICARUS attacks that exploit global accessibility, low-latency constraints, and network predictability to disrupt communications over large areas.

Explore reconfiguring wireless environments with large arrays of inexpensive antennas to improve communication. Innovative approach achieves significant throughput and capacity gains in real indoor settings.

Explore 5G protocol vulnerabilities and exploits, analyzing real traffic captures to uncover potential security issues in pre-authentication messages and discuss implications for mobile network security.

Innovative laser-based system for high-bandwidth bidirectional air-water communication, adapting to water dynamics and offering 3D steering capabilities for improved underwater operations and coordination.

Innovative RF sensing system for non-invasive food and liquid identification in closed containers, achieving high accuracy across various applications and environments.

Unveils critical API vulnerabilities in 4G/5G networks, exposing risks for AI, MEC, and IoT applications. Explores attack vectors, security misconfigurations, and potential exploits in commercial providers' systems.

Investigates 5G security mechanisms against IMSI catchers, exploring vulnerabilities and protection techniques through practical experiments with commercial devices.

Exploración de vulnerabilidades en la automatización de redes LTE, demostrando métodos de ataque y discutiendo contramedidas para operadores y usuarios finales.

Explore radio exploitation fundamentals, wireless attack types, and live demos. Learn to bridge IP network skills to wireless domain, understanding mechanics and awareness of radio-based network vulnerabilities.