
Explore design challenges and strategies for creating embedded computer systems with SDRs and GNU Radio. Learn key considerations for developing reliable, high-performance products for field deployment.

Explore RF|Sim for cloud-based SDR simulations and Azure Orbital for virtual ground station testing. Learn scalable RF automation and end-to-end satellite design verification.

Discover how to build Fly Catcher, a Raspberry Pi-based device using neural networks to detect spoofed aircraft signals through ADS-B monitoring and analysis in real-time.

Innovative approach using neural networks for IoT gateway modulators, offering improved extensibility and portability across diverse hardware platforms with enhanced efficiency.

Introducción práctica a GNU Radio: aprende sobre modulación de señales y casos de uso en experimentación con radio, desde hardware hasta frecuencias imperceptibles.

Análisis de señales ocultas en radiofrecuencia y técnicas SIGINT. Exploración de hacking práctico en IoT y comunicaciones encubiertas con enfoque en seguridad y OPSEC.

Exploración práctica de vulnerabilidades en redes 5G utilizando herramientas SDR, enfocada en SUCI-Cracker y SCTP-Hijacker. Presentación de resultados de investigación con demostraciones en terreno.

Einblick in Software Defined Radio und dessen Anwendung bei Zutrittssystemen. Analyse von UHF-Transpondern, Sicherheitsaspekte und ethische Überlegungen zur Aufklärung über potenzielle Schwachstellen in Funksystemen.

Explore advanced spectrum monitoring techniques using Software Defined Radio, covering transient events, digital sweeping, and multi-device setups for enhanced signal analysis.

Explore software-defined radio signal processing using affordable microcontrollers. Learn hardware architecture, signal processing techniques, and practical applications for digital communications and RF hacking.

Explore unified RF fuzzing techniques with a common API, enhancing wireless security testing across various protocols and standards.

Explore RF retroflectors, emission security, and software-defined radio with insights on classified content, NSA tools, and practical experiments in backscatter communication.

Explore homemade tools for testing mobile devices and monitoring networks, covering interception techniques, firmware analysis, and hardware auditing for enhanced security understanding.

Explore building a real-time marine & airborne vehicle tracking network using Linux, software-defined radio, and scripts. Learn about ADS-B and AIS technologies for advanced DIY projects.

Explore the creation of PlutoSDR, a low-cost, high-performance software-defined radio based on Linux. Learn about its hardware, software stack, and innovative features for efficient data transport and system management.

Explore the evolution of software-defined radio and its impact on 5G innovation. Learn about new opportunities in electromagnetic spectrum programming for future wireless technologies.

Explore IoT security vulnerabilities using SDR and GNU Radio. Learn to intercept, sniff, and hijack wireless devices like drones and keyboards through practical demonstrations and attacks.

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 wireless security vulnerabilities in IoT devices, analyzing major RF attacks and demonstrating how Software Defined Radio impacts both offensive and defensive strategies.

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

Explore SDR techniques using hackrf, covering hardware design, RF interfaces, and RFID frequencies in this comprehensive wireless technology overview.