Tracking Aircraft with Redis & Software-Defined Radio
Learn to build a real-time flight tracking dashboard using software-defined radio, Redis Streams, Node.js, and JavaScript. Explore ADS-B data capture, streaming architecture, and microservices implementation.
Microcontrollers Are Just Radios in Disguise - Leveraging Underpowered MCUs
Discover innovative techniques to transform basic microcontrollers into powerful radio devices, maximizing performance and cost-efficiency through advanced cycle optimization.
Exposing the Hidden Potential of Police Radio Systems Using Software Defined Radio
Discover how to leverage modern police radio systems for OSINT using affordable software-defined radio, with real-world applications for uncovering corruption and monitoring public safety officials in Atlanta.
Attacking and Securing the Google Pixel Modem - Security Analysis and Vulnerabilities
Dive into mobile security as Android Red Team reveals their offensive evaluation techniques and findings on Pixel device modems, focusing on baseband vulnerabilities and protective measures.
Breaking the Beam - Exploiting VSAT Modems from Earth
Discover groundbreaking security vulnerabilities in VSAT satellite modems through reverse engineering, exploring software stack exploits and demonstrating wireless signal injection attacks for remote access.
Introduction to MIMO and Simple Ways to Use It in GNU Radio
Explore MIMO concepts and applications in GNU Radio, from diversity to massive MIMO. Learn to create and experiment with MIMO systems using practical flowgraph demonstrations.
The Open Radio Station: Carrier-Grade Open Source vRAN Hardware
Explore carrier-grade Open Source vRAN hardware in the Open Radio Station project, presented by Thomas Gambier.
Tracking Aircraft with Streams and Software-Defined Radio
Explore software-defined radio to capture and process real-time aircraft location data using ADS-B, Redis Streams, and Node.js. Build an interactive map displaying live flight information.
Security Analysis of Shimano Di2 Wireless Gear Shifting in Bicycles
Uncover critical security vulnerabilities in Shimano Di2 wireless bicycle gear-shifting systems, including replay attacks, targeted jamming, and information leakage through ANT+ communication protocols.