
Learn to hack mobile apps using Frida, a dynamic instrumentation toolkit. Explore techniques for analyzing and modifying app behavior in real-time on iOS and Android platforms.

Explore reverse engineering of OSXPirrit malware and navigate legal challenges in cybersecurity investigations, gaining insights into Mac-specific threats and corporate legal dynamics.

Explore stack buffer overflows and format string vulnerabilities through hands-on examples, reverse engineering techniques, and debugging tools. Learn essential skills for identifying and exploiting common software weaknesses.

Learn essential techniques for reverse engineering malware, from basic concepts to practical analysis methods, suitable for beginners in cybersecurity and malware analysis.

Explore techniques for reversing and bypassing DRM/HSM dongles, enhancing your understanding of hardware security modules and digital rights management systems.

Explore techniques for analyzing and understanding compiled software, uncovering hidden functionalities, and extracting valuable insights through reverse engineering methodologies.

Explore targeted automation techniques for efficient malware analysis using open-source tools, enhancing threat intelligence and collaboration within organizations.

Explore binary file formats, from basics to advanced techniques. Learn engineering principles, reverse engineering methods, and practical applications in software development.

Explore the journey of creating an open-source driver for Arm Mali GPUs, from reverse engineering to upstreaming, and learn about the Panfrost project's progress and challenges.

Explore the world of playable ads: their nature, functionality, potential for hijacking or bypassing, and hidden purposes. Uncover the truth through reverse engineering and man-in-the-middle techniques.

Explore digital identity verification systems, focusing on NSW's digital driver's license. Analyze authentication methods, compare physical and digital identities, and discuss trust implications for everyday life.

Explore key SaaS metrics with industry experts, discussing their importance, interpretation, and impact on business strategy and decision-making.

Learn to distribute Python programs as standalone executables using PyInstaller, covering multiplatform support, dependency analysis, and advanced features for efficient deployment.

Explore a novel DNS attack allowing adversaries to maintain revoked malicious domains, affecting mainstream DNS software and public resolvers. Learn about vulnerabilities in domain name delegation processes.

Explore reverse engineering of AirPlay protocol and its JavaScript implementation, uncovering the inner workings of this popular wireless streaming technology.

Reverse engineer a Bluetooth lightbulb's protocol to create build lights integrating with TeamCity. Learn low-level Bluetooth communication, protocol analysis, and packet sniffing for practical IoT applications.

Explore reverse engineering of Bluetooth lightbulbs, analyzing protocols, and creating custom build lights. Learn to sniff Bluetooth packets and communicate with devices using Intel Edison.

Explore binary application internals with Frida, a powerful instrumentation framework. Learn to hook functions, trace data, and analyze software across multiple platforms through hands-on demos.

Dynamic binary instrumentation for advanced testing: Explore Frida toolkit to enhance code testing, retrofit interfaces, and solve production issues through innovative techniques and demonstrations.

Explore reverse engineering of Bluetooth lightbulbs, learning to analyze protocols, sniff packets, and create custom build lights using Raspberry Pi for TeamCity integration.

Explore intellectual property basics for technologists, covering copyright, trademark, and patent laws. Gain insights to make informed decisions and confidently discuss IP topics with advisors and teams.