
Explore advanced binary analysis techniques through interactive challenges, focusing on DECREE, AFL, and LAF. Gain insights into porting strategies and crash analysis methodologies.

Explore angr, a powerful binary analysis framework, through demos and source code analysis. Learn its capabilities for reverse engineering and vulnerability detection.

Discover Pyrrha, a tool for effortlessly exploring system binaries, enhancing your understanding of executable files and improving reverse engineering capabilities.

Introducción a la Ingeniería Inversa: fundamentos, aplicaciones en seguridad informática y herramientas esenciales. Ideal para principiantes interesados en exploits, análisis de malware y más.

Explore static instrumentation of COTS binaries for enhanced fuzzing and sanitization using RetroWrite, a framework for rewriting position-independent code.

Explore supervised machine learning techniques for binary analysis, focusing on architecture and code section detection to enhance reverse engineering and security analysis.

Innovative machine learning approach for predicting debug information in stripped binaries, enhancing analysis capabilities for security professionals and reverse engineers.

Explore reverse engineering techniques, from source code analysis to binary disassembly. Learn about vulnerability discovery, static and dynamic approaches, and overcoming obstacles in software analysis.

Learn dynamic analysis and fuzzing techniques to verify software security, including mitigations and vulnerability checks. Explore BinSecSweeper, an open-source tool for binary analysis on Windows and Linux.

Learn to focus software vulnerability assessments on critical weaknesses across the development lifecycle, and create an "assurance tag" for binaries to enhance security efforts.

Automated firmware analysis for IoT and OT devices using EMBA, an open-source tool that detects vulnerabilities, identifies exploits, and supports penetration testing of embedded systems.

Explore NSA's Ghidra platform for software reverse engineering through a hands-on demonstration solving real-world challenges and learning basic features.

Uncover the process of extracting data from an undocumented file format, following a developer's journey to transform real-world exploration data into wall art through reverse engineering and problem-solving.

Explore Ghidra plugin development for efficient reverse engineering, using Game Boy games as an engaging example to showcase automation possibilities and enhance RE skills.

Explore the AddressOfEntryPoint field in PE files, its relation to the main function, and techniques for locating it. Learn about PE file structure and entry point analysis.

Aprenda a usar ferramentas SAST de código aberto para análise estática, identificando vulnerabilidades em várias linguagens durante o desenvolvimento e obtendo uma visão gerencial das falhas de segurança.

Explore file system redirection vulnerabilities and learn advanced techniques for identifying and exploiting these security risks in Windows systems.

Explore Malcat's powerful features for binary file analysis. Dive into hexadecimal editing, disassembly, and live demo of NSIS dropper dissection and shellcode emulation with the creator.

Unveiling critical vulnerabilities in SAP Start Service, from local to remote exploits. Explores memory corruption and OS command injection leading to root-level RCE, with live demo and recommendations.

Explore iOS app execution, Mach-O binary format, and App Store submission process. Gain insights into code storage, execution, and DRM implementation for iOS applications.

Hands-on exploration of runtime manipulation and memory analysis techniques for Android and iOS apps, enhancing mobile security testing skills using tools like cycript and snoop-it.