
Explore runtime decompilation techniques for reverse engineering and analyzing compiled code, enhancing cybersecurity skills and understanding of software vulnerabilities.

Explore innovative graph-based techniques for analyzing binary code, enhancing reverse engineering and vulnerability detection in complex software systems.

Reverse engineering Samsung oven firmware to fix temperature inaccuracies and improve performance, demonstrating power analysis, fault injection, and binary patching techniques for e-waste reduction.

Comprehensive security analysis of low-earth satellites, exploring vulnerabilities and demonstrating live exploitation to gain full control. Covers satellite architecture, reverse engineering, and potential impacts on critical services.

Reverse engineering and exploiting cryptographic backdoors in Phicomm routers, demonstrating vulnerabilities and developing tools for unauthenticated root access.

Explore Windows networking internals, reverse engineering techniques, and recent vulnerabilities like CVE-2023-23415 in this insightful talk on uncovering security flaws in the Windows networking stack.

Exploring MS-DOS malware techniques to create art, blending assembly programming with vintage bootkit analysis. Insights on legacy vulnerabilities and modern applications in firmware and IoT security.

Uncover Apple M1's customized Pointer Authentication implementation, exploring its unique security features and cross-attack mitigations through advanced reverse engineering techniques.

Explore BTD, a decompiler for deep neural network executables, enabling reverse engineering of compiled DL models on various hardware platforms to enhance security and transparency.

Unveiling CodeQL's potential as a binary static analysis tool, exploring its engine capabilities and applications beyond traditional static analysis for enhanced software security.

Explore ghidriff, an open-source Python package for efficient binary diffing using Ghidra. Learn about its command-line interface, function matching heuristics, and markdown output for simplified patch analysis and vulnerability research.

Explore reverse engineering techniques for Mitsubishi PLCs, uncovering protocol details and vulnerabilities without firmware access. Learn about breakthrough methods and discovered CVEs.

Análisis de seguridad del protocolo de voto electrónico utilizado en las elecciones legislativas francesas de 2022, revelando vulnerabilidades, proponiendo soluciones y extrayendo lecciones para futuras implementaciones.

Explore reverse engineering Windows RGB keyboard drivers and implementing Linux kernel drivers for HP laptops. Learn techniques for dotnet/Windows apps and contributing to the Linux kernel.

Explore vulnerabilities in Meta's Ray-Ban Stories camera sunglasses through reverse engineering, revealing how attackers can steal videos and inject fake media into the companion app.

Explore APIs, reverse engineering, and flexible system design with Postman expert Joycelyn. Learn about developer relations, API fundamentals, and career insights in this informative chat.

Exploring techniques for extracting data from mask ROMs through chemical decapsulation, photography, and custom CAD software. Insights into building a home lab for microcontroller reverse engineering.

Explore remote baseband vulnerabilities in Samsung modems, including attack surface analysis, bug discovery, testing methods, and potential exploitation techniques for mobile network security.

Explore reverse engineering, computer network defense, and geopolitical implications in cybersecurity with Jeff Brown's insightful presentation from SkyDogCon 2012.

Explore reverse engineering techniques for malware analysis and software investigation, gaining insights into identifying and understanding malicious code.

Explore vulnerabilities in SOHO routers, covering security risks, testing methods, and exploit development. Learn about command injection, directory traversal, and buffer overflows with live demonstrations.