
Investigación detallada sobre micrófonos ocultos modernos, sus características y métodos de detección, con experimentos prácticos y desarrollo de una herramienta de código abierto basada en SDR para detectarlos.

Exposé of a sophisticated telco hack, revealing methodologies, tools, and protocols used by a suspected state actor. Insights from a live session observation and forensic analysis of a mobile network operator intrusion.

Explore low-cost open-source spectrum monitoring techniques using SDR platforms to detect unauthorized RF devices and secure wireless infrastructure. Learn about tools for analyzing and profiling signals in real-time.

Explore 4G LTE vulnerabilities through femtocell hacking, including rooting techniques, portability modifications, and man-in-the-middle attacks. Learn to exploit small cell access networks for security research.

Exploring vulnerabilities in LTE Public Warning Systems, demonstrating how fake emergency alerts can be created using low-cost hardware, potentially causing panic or system paralysis.

Explore telecom network vulnerabilities, attack vectors, and security best practices in this comprehensive overview of mobile infrastructure risks.

Practical demonstration on remotely attacking and controlling aircraft systems, exploring vulnerabilities in aviation security through hacking techniques and protocols like ADS-B and ACARS.

Explore autonomous ocean data collection using wind and solar-powered drones, addressing challenges in remote monitoring and fleet management for long-duration marine missions.

Explore vulnerabilities in mobile network protocols across generations and learn about cross-protocol attacks in 5G networks, presented by security expert Sergey Puzankov.

Explore 5G network security, baseband vulnerabilities, and remote code execution on smartphones through hands-on research, methodology, and live demonstrations.

Explore vulnerabilities in 3G/4G networks using femtocells. Learn to intercept data and exploit weaknesses in UMTS infrastructure, from unboxing to proof-of-concept demonstrations.

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.

Secure communication system for hostile environments, leveraging NASA's Disruption-Tolerant Networking for activists, refugees, and trolls. Embraces high-throughput physical data transfer methods.

Explore LTE security vulnerabilities and IMSI catcher techniques. Learn how popular phones can be exploited on 4G networks, with live demonstrations and in-depth analysis of baseband software weaknesses.

Explore reverse engineering and exploitation of GlobalStar's simplex satcom protocol, uncovering vulnerabilities in satellite communications and demonstrating interception and spoofing capabilities.

Explore vulnerabilities in DAB radio systems in cars, potential security risks, and implications for automotive cybersecurity using Software Defined Radio and custom testing tools.

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.

Explore vulnerabilities in cellular and satellite networks for voice and data communication, uncovering potential security risks and weaknesses in these critical infrastructures.

Explore Kubernetes' role in 5G and edge computing for telcos. Learn about distributions, extensions, and features tailored for the telecom industry's unique requirements and challenges.

Explore GitOps and Zero Touch Provisioning for scalable 5G vRAN Edge deployments, leveraging declarative frameworks and open-source projects to reduce OPEX and automate multi-site software deployment.