
Aprenda a proteger aplicativos React Native contra abusos de API, explorando vulnerabilidades comuns e implementando estratégias de defesa eficazes para garantir a segurança de seus aplicativos móveis.

Innovative assembly code representation learning model for robust binary clone search, addressing challenges in reverse engineering against code obfuscation and compiler optimization.

Exploring third-party library risks in Android apps, including outdated versions, vulnerabilities, and potential solutions for improved security and automatic patching.

Explore techniques to identify open source libraries in obfuscated Android APKs and learn how common obfuscation methods can lead to vulnerable Java object deserialization, enhancing your bug bounty hunting skills.

Explore JavaScript obfuscation techniques, focusing on packers and their impact on code security and readability in this informative OWASP presentation.

Explore static analysis techniques for identifying malicious dependencies in open-source packages, including Semgrep rules and metadata analysis to enhance software supply chain security.

Explore machine learning techniques for classifying obfuscated code across JavaScript, Python, and PHP, enhancing cybersecurity analysis and threat detection capabilities.

Explore next-gen virtualization obfuscators: design principles, weaknesses, and future challenges. Learn about advanced code protection techniques and their impact on modern software security.

Explore Android app security techniques like root detection, SSL pinning, and code obfuscation. Learn to bypass these measures using Frida and static analysis in this beginner-friendly talk on mobile app hacking.

Explores Snapchat's strategies to protect users from third-party API abuse, detailing server-side and client-side defenses, their effectiveness, and lessons learned in the ongoing security challenge.

Learn iOS Swift app pentesting using OWASP iGoat, covering security loopholes, defense strategies, and real-world case studies. Gain skills for product security engineers and bug bounty hunters.

Explore techniques for extracting intelligence from malware repositories using program analysis and data mining, with insights on connecting seemingly disparate cyber attacks and tracking malware trends.

Explores next-gen virtualization-based code obfuscation techniques, focusing on target-specific instruction sets and intertwined VM components to enhance resilience against deobfuscation attacks.

Explore advanced code obfuscation techniques using Mixed Boolean-Arithmetic expressions to increase data-flow complexity and conceal sensitive data, with practical applications in building robust obfuscation primitives.

Innovative approach to malicious text detection using simulated execution, combining static and dynamic analysis techniques for improved accuracy and efficiency in identifying obfuscated threats.

Explore code obfuscation techniques, entropy analysis, and malware detection methods. Learn about information theory and its applications in cybersecurity and malware analysis.

Explore JNI obfuscation issues in Android OS, covering build process, software stack, and practical reverse engineering techniques for both static and dynamic analysis.

Explore techniques for engineering code obfuscation to protect software from reverse engineering and tampering. Learn strategies to enhance program security and intellectual property protection.

Dive into the anatomy of a real-world npm package exploit, exploring its payloads, obfuscation techniques, and ultimate goals to enhance your understanding of JavaScript security.

Learn to package and distribute Python apps as standalone, obfuscated binaries for multiple platforms, addressing common challenges and misconceptions.

Explore the connection between program monotonicity and analysis precision. Learn how monotone behavior enables complete abstract interpretation for numeric invariant inference.