
Learn effective AppSec behaviors to foster a security-conscious DevOps culture. Discover practical strategies for integrating security, conducting code reviews, and responding to vulnerabilities.

Explore the impact of third-party libraries on software vulnerabilities, analyzing their spread across products and discussing strategies to mitigate risks in application development.

Explore advanced techniques for file format fuzzing, uncovering vulnerabilities in software applications through systematic input manipulation and analysis.

Explore advanced techniques for exploiting software vulnerabilities through information leaks, focusing on defeating ASLR and converting various vulnerabilities into effective info leaks.

Explore Java vulnerabilities, exploitation trends, and security measures in this Black Hat talk. Gain insights into common weaknesses, attack surfaces, and Oracle's responses to protect 3 billion devices.

Explore a critical Java library vulnerability enabling multiplatform denial-of-service attacks on Windows 2003 systems, presented by security expert Marc Schöenefeld.

Innovative approach to efficiently detect Java deserialization vulnerabilities using structure-aware directed greybox fuzzing, addressing challenges in existing tools and improving precision in gadget chain hunting.

Explore offensive countermeasures in cybersecurity, including social engineering, password vulnerabilities, and innovative techniques to deter and confuse attackers while enhancing network defense.

Learn advanced Win32 exploit development techniques using Mona and Metasploit, covering vulnerability exploitation, debugging plugins, and protection bypass methods.

Explore classic software vulnerabilities, their recent resurgence, and modern tools for detection and prevention. Learn from history to enhance security in today's development practices.

Explore free static and dynamic analysis tools to enhance code security. Learn when and how to use these tools in development to reduce vulnerabilities and produce more secure software.

Insights on communicating security risks to executives, covering brand damage, corporate espionage, and effective presentation strategies for CISOs and security leaders.

Explore in-app chaos testing techniques to uncover and address potential system failures, enhancing software resilience without modifying the codebase.

Exploring cybersecurity risks in medical devices, this talk covers regulatory issues, international standards, and the balance between innovation and patient safety in software-dependent healthcare technology.

Explores why experienced developers introduce vulnerabilities through API misuse, examining cognitive factors and personality traits affecting code security detection abilities.

Uncover hidden vulnerabilities in programming languages through differential fuzzing. Learn to identify undocumented functions, exposed sensitive data, unexpected code execution, and potential security risks.

Explore software vulnerability mining in SCCM and NIST's NVD, uncovering challenges and insights in the journey towards comprehensive data analysis and improved cybersecurity practices.

Learn to address software vulnerabilities and identity risks in cloud environments using Security Command Center's new capabilities for strengthening overall risk posture.

Explore techniques for mapping CVEs to source code, including parsing CVE data and quantifying correspondence statistics. Learn about open-source tools and potential AI applications for vulnerability detection.

Explore advancements in Infer's static analysis for enhanced security vulnerability detection, with proposed improvements and implementation strategies for expanded property coverage.

Explore current challenges and solutions in open-source software vulnerability disclosure, examining security advisories, bug bounty reports, and maintainer perspectives for improved OSS security practices.