
Dynamic source-sink analysis for Java applications to detect security vulnerabilities, aimed at developers for use during development, not production. Demonstrates live detection of issues like log manipulation.

Interactive demonstration of Poirot, a tool for modeling and analyzing system security during design phase, enabling real-time threat assessment and mitigation strategies.

Explore new tools and techniques for attacking .NET applications in live memory, enabling easy point-and-click attacks on critical software components with basic skills and free tools.

Explore blended web and database attacks on real-time, in-memory platforms, focusing on SAP HANA. Learn about novel exploit techniques, vulnerabilities, and security considerations for these high-performance systems.

Explore advanced phishing detection using perceptual hashing algorithms, with insights on identifying malicious sites masquerading as popular platforms and a demonstration of new defensive tools.

Explore common software design flaws and learn strategies to create more secure applications with insights from the IEEE Computer Society's Center for Secure Design workshop.

Experts discuss findings from a 4-year study on open source security practices, revealing surprising trends in policy enforcement, vulnerability tracking, and organizational preparedness for security threats like Heartbleed.

Explore data-driven insights on AppSec training effectiveness, developer awareness, and learning preferences to optimize security programs and enhance defensive coding practices.

Explore the evolution of software security over a decade, from early concepts to modern practices, highlighting the BSIMM framework for measuring and improving security initiatives in software development.

Explore cutting-edge cybersecurity topics including secure software design, memory scraping malware, cloud security, phishing detection, and attacks on in-memory platforms in this OWASP AppSecUSA conference.

Explore cutting-edge web and mobile security topics, including mobile attacks, use-after-free exploitation, static analysis, runtime manipulation, and top hacking techniques from AppSecUSA 2014.

Learn about Content Security Policy (CSP), its importance in web application defense, and practical tips for implementation from Mozilla's application security expert.

Explore continuous security testing in DevOps, addressing challenges and presenting an open-source framework using Behavior Driven Development for effective communication and automation.

Reflections on trust in the modern web environment, examining gaps in current models and exploring ways to create a more trustworthy internet ecosystem without total self-reliance.

Explores cloud-based techniques for detecting botnets and malware, highlighting limitations of traditional methods and discussing traffic analysis for pre-infection detection in cloud environments and virtual infrastructures.

Explore Wi-Fi vulnerabilities and learn to leverage web pentesting skills for designing and deploying malicious access points. Gain insights into attacking clients, hijacking accounts, and stealing sensitive information.

David Rook shares insights on enhancing application security at Riot Games, covering assessment, implementation of controls, secure coding guidance, and maintaining a security community in a fast-paced environment.

Explore the future of information security with Yahoo's CISO Alex Stamos as he discusses the evolving landscape of application security and its impact on the broader security field.

Explore strategies for building security into software development, moving beyond vulnerability discovery to secure design and implementation. Learn from industry experience and BSIMM data.

Explore the top 10 innovative web hacking techniques of 2013, including Mutation XSS, BREACH, and HTML5 attacks. Learn about cutting-edge security vulnerabilities and their implications for web applications.

Explore techniques for using static analysis tools in dynamic web vulnerability assessments without source code, enhancing detection of security weaknesses in complex applications.