
Learn comprehensive malware analysis techniques, from environment setup to static analysis, PE header examination, and creating YARA rules. Gain practical skills through real-world examples like Stuxnet.

Comprehensive ISTQB Technical Test Analyst exam preparation covering syllabus, techniques, and practical applications with tips, tutorials, and sample questions for effective learning.

Comprehensive malware analysis course covering static and dynamic techniques, assembly language, file formats, and practical debugging using various tools and real-world examples.

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

Dive into the technical underpinnings of Quarkus's efficiency in this 51-minute conference talk from Devoxx. Explore the balance between code execution speed and developer problem-solving efficiency. Discover how Quarkus enhances both hardware and human…

Explore SyslabCC, an AOT compiler for type-stable Julia programs. Learn about its features, benefits, and potential impact on Julia programming performance.

Explore Kotlin 2.0's new compiler, performance improvements, and upcoming features like guard conditions and context parameters for enhanced development.

Discover groundbreaking research on context-bounded analysis and its impact on testing concurrent programs in this CAV Award 2023 presentation.

Learn essential malware analysis techniques using various tools to identify, examine, and understand malicious software through static and dynamic analysis methods.

Learn to analyze various malware types, from ransomware to nation-state threats. Gain practical skills in behavioral analysis, reverse engineering, and threat attribution techniques.

Dive into advanced techniques for reconstructing control flow graphs from Ethereum Virtual Machine bytecode, exploring core concepts and practical applications.

Learn techniques for analyzing and reverse engineering malware to understand its behavior and protect systems from threats.

Explore JDart's optimization techniques and static analysis capabilities with Rémi Forax, focusing on performance improvements and code generation.

Aprende a mejorar código heredado con TypEr, agregando especificaciones de tipos automáticamente. Descubre herramientas y mejoras para facilitar el mantenimiento de software.

Explora y analiza eficientemente grandes bases de código Elixir utilizando Archeometer para obtener metadatos, identificar módulos clave y evaluar la calidad del diseño del sistema.

Explore stealthy hardware attacks using analog circuits to bypass security measures. Learn techniques for creating small, undetectable malicious modifications during chip fabrication.

Explores fast dynamic taint tracking using optimistic hybrid analysis, reducing overhead while maintaining soundness. Introduces Iodine tool for efficient security policy enforcement without rollbacks.

Explore techniques for detecting and exploiting ReDoS vulnerabilities, including static analysis, pattern identification, and automated exploit generation.

Innovative approach combining static and dynamic analysis for efficient, real-time Android app auditing to detect data leaks, offering improved speed and accuracy over existing methods.

Explore inner-loop security as the next evolution of "shift left," enabling developers to build secure-by-design products through improved methodologies and tools.

Learn proactive approaches to identify and fix software vulnerabilities using Security Code Analysis, addressing complex applications and diverse development environments.