
Explore wireless hacking using software-defined radio. Learn to analyze, reverse engineer, and exploit RF signals in various systems, from pagers to satellites, using open-source tools and affordable hardware.

Explore wireless device security using Software Defined Radio. Learn to assess vulnerabilities in IoT, smartmeters, and wearables with an easy-to-use tool combining GNU Radio and scapy framework.

Explore vulnerabilities in everyday devices like cars and home alarms. Learn about eavesdropping, replay attacks, and code analysis techniques to understand and mitigate security risks in physical systems.

Explore software-defined radio using affordable TV tuners. Learn about radio basics, SDR technology, equipment, modulation, and laws while getting hands-on experience with Linux tools.

Explore hardware exploitation, software-defined radio, and applications using tools like Arduino and Raspberry Pi in this comprehensive overview of modern hacking techniques.

Explore advanced spectrum monitoring techniques using Software Defined Radio, covering transient events, bandwidth limitations, and innovative tools for enhanced signal analysis.

Explore radio fundamentals, SDR design, electromagnetic waves, antennas, and modulation in this comprehensive introduction to radio technology and its applications.

Explore software-defined radio exploits and their implications for wireless security in this insightful presentation by Balint Seeber.

Explore IoT radio frequency analysis using software-defined radio. Learn modulation types, receiver components, and practical applications for enhanced security and compliance.

Explore IoT device analysis using Software Defined Radio. Learn about SDR channels, demodulation, decoding, and protocol analysis for enhanced understanding of wireless communications.

Explore wireless hacking techniques using software-defined radio, covering topics like FCC regulations, encoding methods, and practical demonstrations of exploiting various wireless devices.

Comprehensive primer on SDR and RF hacking techniques, covering essential concepts and practical applications for security professionals and enthusiasts.

Explore SDR and toll booth reverse engineering techniques, focusing on E-ZPass systems, protocols, and potential vulnerabilities in electronic toll collection.

Explore vulnerabilities in apartment security systems using Software-Defined Radio (SDR) to intercept and manipulate UHFVHF signals, potentially compromising Wiegand protocol-based access controls.

Explore repurposing weather balloon radiosondes using open-source software and low-cost hardware. Learn to decode signals, track flights, and collect atmospheric data with SDR and Raspberry Pi.

Explore wireless clock synchronization through IoT Software Defined Radio, focusing on OCP-TAP Time Cards implementation and LoRa-based Wi-Wi protocol for precise timing distribution.

Explore the innovative approach to modular radio unit design for Open RAN, focusing on hardware-software integration, scalability options, and interface standardization for next-gen telecommunications.

Delve into satellite-based air traffic control security through ADS-C protocol analysis, exploring vulnerabilities in aircraft tracking systems and potential countermeasures for aviation safety.

Discover how hardware hacking techniques expose vulnerabilities in car key systems by analyzing learning codes, using logic analyzers and SDR tools to duplicate signals and gain unauthorized access.

Explore ARDC's mission, activities, and grant application process for digital communication and Amateur Radio projects.

Explore automated testing of GNU Radio builds using Buildbot and OpenEmbedded across multiple architectures, with insights on tracking test runs over time.