
Learn to use GNU Radio Companion for signal processing, including FFT display, data types, GUI layout, and audio input, preparing you for SDR projects.

Learn to set up and use Software Defined Radio (SDR) to intercept basic radio signals. Covers hardware setup, software tools, and practical demonstrations on Windows and Linux.

Unveils a robust de-anonymization technique for Bluetooth Classic devices, demonstrating vulnerabilities in privacy guarantees and enabling tracking of piconet masters through SDR-based sniffing.

Explore smart meter security, SDR techniques, and power grid vulnerabilities in this engaging presentation on hacking and reverse engineering utility infrastructure.

Explore wireless hacking with software-defined radio, covering topics like GSM traffic, USRP devices, FSK deviation, POCSAG decoding, ZigBee transceivers, and RADAR systems.

Explore wireless communication protocols, PHYs, MACs, and Software Defined Radios in this Defcon Wireless Village presentation, covering cutting-edge developments in wireless technology.

Explore Software Defined Radio (SDR) technology, its applications, and fundamentals in this introductory session from Defcon Wireless Village 2014.

Explore innovative physical perimeter defense using software-defined radio to detect potential threats by simulating cell tower signals, enabling early reconnaissance identification and post-breach investigation.

Explore radio hacking techniques for wirelessly controlled devices like gates, garages, and cars. Learn about tools, vulnerabilities, and protective measures in this comprehensive introduction to RF security.

Explore WISCANet: Simplify SDR network implementation for large-scale experiments using GNURadio and other programming languages. Learn about flexible multi-channel phase coherence and open-source capabilities.

Explore an experimental setup for collecting nRF2.4 and LoRa device signatures using software-defined radio, aimed at machine learning-based device authentication.

Explore real-time indoor intrusion detection using Wi-Fi signals and GNU Radio. Learn about leveraging internal radio receiver signals for physical channel monitoring and system implementation.

Explore digital quadrature amplitude modulation using real signals from a software defined radio. Visualize wireless transmission and gain insights into digital communication systems.

Overview of Software Defined Radio for security professionals, covering basics to advanced tactics for adversary emulation. Learn quick SDR operations and explore offensive and defensive applications.

Discover how to track aircraft using software-defined radio, capturing ADS-B transmissions and visualizing real-time data on a map.

Explore open source FPGA tooling ecosystem, current state, future prospects, and key projects leveraging its flexibility, including potential ASIC applications.

Explore channel leakage cancellation techniques for SDR narrowband radar interferometry using GNU Radio. Improve accuracy in short-range distance sensing with software solutions.

Explore RFNoC blocks in UHD 4.0, their capabilities, and deployment techniques for high-throughput DSP on USRP devices. Learn to optimize RFNoC flowgraphs for maximum flexibility.

Explore electromagnetic emanations from video interfaces and learn about TEMPEST attacks using GNU Radio-based implementation. Discover principles, real-world examples, and differences between VGA and HDMI signals.

Explore 5G network vulnerabilities using COTS hardware and open-source software. Learn about SDN tools, SDR capabilities, and red-team/blue-team approaches for validating security risks.

Explore pyadi-jif, an open-source tool for configuring JESD204 systems in wideband software radios. Learn about JESD204, its impact on modern RF systems, and how JIF simplifies device configuration.