
Explore multi-value WiFi, its security implications, and latest developments in cloud Wi-Fi. Learn to leverage wireless technology as a business driver and protect against threats in enterprise environments.

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.

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 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.

Explore wireless coexistence vulnerabilities, enhanced interfaces, and RAM sharing in this technical presentation on potential attacks and security implications for wireless systems.

Forging wireless time signals to disrupt NTP servers and consumer devices. Explores vulnerabilities in radio timing services and demonstrates low-cost methods to spoof GPS, WWVB, and other signals used for time synchronization.

Explore BLEEDINGBIT vulnerabilities in BLE chips, allowing unauthenticated network penetration. Learn attack methods, packet structures, and prevention strategies for enterprise wireless access points.

Explore RF spectrum analysis, reverse engineering wireless systems, and hacking techniques using software-defined radio. Learn to decode satellite communications, track aircraft, and monitor ACARS.

Explore wireless security research techniques combining SDR and non-SDR tools. Learn efficient reverse engineering processes for analyzing and decoding radio signals in this hands-on demonstration.

Explore diverse wireless systems using software-defined radio. Learn to analyze, reverse engineer, and exploit RF signals for applications ranging from space probes to aircraft tracking and RFID systems.

Comprehensive exploration of wireless protocols and associated threat models, offering insights into potential vulnerabilities and security considerations in wireless communications.

Explore emerging drone threats to industrial wireless systems, electronic warfare concepts, and defensive strategies for protecting critical infrastructure from cyber-physical attacks.

Explore innovative security research on exploiting wireless chargers for inaudible command attacks, uncovering potential vulnerabilities in everyday technology.

Explore four unconventional, home-built software-defined radios using simple methods and common parts. Learn innovative approaches to wireless experimentation and protocol hacking from a leading security researcher.

Explore SniffAir, an open-source framework for wireless security assessments. Learn its functionality, features, and applications in enhancing network security through practical demonstrations and expert insights.

Comprehensive guide to WiFi vulnerabilities, covering protocol basics, attack surfaces, and auditing techniques. Includes real-world examples and introduces a custom WiFi protocol stack fuzzer.

Explore zero-day vulnerabilities in BLE chips, allowing unauthenticated network penetration. Learn about BLEEDINGBIT, its impact on enterprise APs, and potential attack scenarios.

Explore security vulnerabilities in Bluetooth proximity authentication, including new attacks on Android Smart Lock and Windows Dynamic Lock, and learn potential fixes for these issues.

Explore Software Defined Radio for hacking IoT devices. Learn digital signal processing basics and a reverse engineering workflow to recover and inject packets in proprietary wireless systems.

Investigates vulnerabilities in aircraft instrument landing systems to wireless attacks using software-defined radio, demonstrating potential for spoofing signals and causing off-runway landings in low-visibility conditions.

Explore IRShield, an innovative countermeasure against adversarial physical-layer wireless sensing, presented by experts from leading institutions in security and privacy research.