
Practical guide to implementing automated fuzz testing in CI pipelines for embedded software, using Zephyr RTOS as an example. Learn strategies, execution, and vulnerability detection.

Explore the creation of a custom rsync implementation in Go, delving into rsync's inner workings, performance improvements, and integration with home networking projects.

Innovative approaches to botnet construction using network protocols and technologies, exploring SNMP, DNS, HTTP, and other methods for communication and control.

Explore security vulnerabilities in DVB-C networks, including middleware server attacks, protocol bugs, and MPEG stream fuzzing. Learn to hijack TV streams and manipulate cable broadcasting systems.

Explore WiFi-based IMSI catchers, their potential for easier smartphone tracking, and learn about mitigation strategies for vendors, operators, and users to address privacy concerns.

Explore QUIC and HTTP/3 protocols, their security features, and improvements over HTTP/2. Learn about encryption, handshakes, and performance enhancements in next-gen web communication.

Explore vulnerabilities in wind farm control networks and potential attack scenarios, with insights on securing these critical renewable energy infrastructures.

Explore Homa/Linux: a high-performance transport protocol outperforming TCP and DCTCP in latency and congestion control, with potential for further optimization through software overhead reduction.

Explore new lateral movement techniques in Azure AD joined machines, including Pass-The-Certificate attacks and hunting solutions for enhanced network security.

Análisis de vulnerabilidades comunes en protocolos de red ICS, incluyendo públicos y privados. Demuestra ataques potenciales como inyección de comandos y sniffing de tráfico sin cifrado en infraestructuras críticas.

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 remote code execution vulnerabilities in physical security systems, learning to exploit and disarm alarms through reverse engineering and network protocol analysis.

Hands-on workshop exploring penetration testing techniques for industrial control systems, focusing on PLCs. Learn to identify vulnerabilities and attack Siemens and Schneider devices.

Unveils HEIST, a browser-based attack exploiting SSL/TLS vulnerabilities without network access. Demonstrates how to leak cross-origin response sizes, enabling compression-based attacks and sensitive information extraction from popular websites.

Explores fundamental constraints in anonymous communication protocols, analyzing trade-offs between anonymity, bandwidth, and latency against global passive adversaries.

Enhancing DNS privacy and security through TCP and TLS, addressing eavesdropping, spoofing, and DoS attacks while maintaining performance with careful implementation choices.

Explore multiplexing attacks in QUIC and HTTP/2 protocols, their impact on network security, and defense strategies against potential threats in modern web technologies.

Explore DDOS attacks, their evolution, and novel techniques for measuring, studying, and attributing them. Learn about honeypots, attack testing, and the individuals behind these cyber threats.

Explores WPAD protocol vulnerabilities through experiments, revealing widespread risks in networks and DNS. Presents surprising findings and discusses implications for cybersecurity.

Explores RHINE, a secure Internet naming system offering end-to-end authentication, robust trust model, and improved performance over DNSSEC. Addresses DNS vulnerabilities with novel approaches.

Explore how common programs transform into sophisticated threats, examining indicators, processes, and impacts across various sectors and geographic regions.