
Explore overlooked attack surfaces on macOS through fuzzing techniques. Learn to bypass security protections, debug effectively, and use new tools for crash triage in Apple core apps and services.

Explore coverage-based greybox fuzzing as a Markov chain process, enhancing software testing efficiency and vulnerability detection in computer security applications.

Interactive tool for rapid analog circuit design using programmable hardware. Enables real-time manipulation, feedback, and testing without manual assembly, streamlining the iterative design process.

Explore fault injection techniques to bypass Secure Boot in embedded systems, focusing on hardware-based attacks when logical vulnerabilities are absent.

Explore advanced file format fuzzing techniques for vulnerability hunting, including setup, scalability, and achieving optimal results against modern software.

Explore fault injection attacks on Secure Boot, their impact on embedded systems, and strategies for enhancing defenses through simulation techniques.

Explore coverage-based fuzzing of RDP client virtual channels, targeting complex functionalities like Sound, Graphics, USB, and Filesystem to uncover potential vulnerabilities and crashes.

Explore dynamic analysis techniques for C++ reverse engineering, focusing on structure usage and function argument types through DLL injection-based automation.

Explore advanced techniques for emulating and analyzing kernel rootkits, enhancing cybersecurity defenses against high-privilege malware operating at the OS level.

Explore the limitations of automated security tools and the importance of manual testing in identifying vulnerabilities that scanners miss, particularly those caused by human error.

Discover simple techniques for bug hunting on AIX and IBM products, building on "Breaking The Links" methodology and exploring new vulnerabilities.

Discover how to build resilient enterprise security by actively testing defenses, validating controls, and learning from simulated scenarios to prepare for real-world threats and challenges.

Explore reverse engineering and bug hunting techniques for KMDF drivers, focusing on entry points, IO queues, and implementation vulnerabilities. Gain practical skills for analyzing driver security.

Hands-on workshop introducing reverse engineering fundamentals for Windows malware analysis. Learn to set analysis goals, use tools, and apply computer science concepts through practical exercises.

Automated security testing framework for OpenStack API, integrating with Agile and CI/CD. Demonstrates Rackspace's approach to detect vulnerabilities efficiently, improving consistency and auditability.

Learn to test modern web applications using Hackazon, focusing on e-commerce functions, AJAX workflows, and RESTful APIs. Discover hidden vulnerabilities and systematic testing approaches.

Explore ThreadFix: an open-source system for managing app vulnerabilities, automating security tasks, and integrating tools. Learn about its components, ecosystem, and real-world case studies of platform improvements.

Explore innovative approaches to application security, focusing on early-stage security testing and practical tools for immediate implementation in development processes and delivery pipelines.

Automate security assessments using browser hooks and Selenium, transforming manual tests into robust scripts ready for continuous delivery integration.

Explore advanced techniques for identifying and exploiting software vulnerabilities, with insights from a renowned security researcher on discovering high-impact bugs.

Panel discussion on accelerating security testing processes, featuring insights from industry experts on best practices, tools, and strategies for efficient vulnerability assessment.