
Comprehensive guide to integrating security into DevOps practices, focusing on CI/CD pipeline implementation for enhanced software delivery and protection.

Explore a programmatic approach to reliably detect CSRF vulnerabilities in web applications, overcoming common shortcomings of existing tools and improving automated security testing.

Explore event-based security and AppSec pipelines to enhance traditional security testing methods. Learn innovative approaches for improving application security from an experienced professional.

Explore DASTProxy: a tool for automated security testing that focuses on business context rather than crawling, enhancing efficiency and effectiveness in application security assessments.

Learn automated security testing techniques using OWASP Nettacker, a powerful open-source tool for vulnerability assessment and information gathering in web applications and networks.

Explore automated threat modeling for AI apps using Secops-Chaos framework. Learn to encode TTPs as security experiments and map MITRE ATLAS TTPs to AI apps in Kubernetes environments.

Explore advanced web security techniques with ActiveScan++, a Burp Suite plugin for detecting complex vulnerabilities like host header poisoning and code injection through heuristic probes and automated analysis.

Explore CAIDO, a potential Burp Suite alternative for web hacking. Learn setup, project creation, targeting, sitemap, scope, replay, automation, and conversion features.

Explore Android PendingIntent vulnerabilities in high-profile apps, learn exploitation techniques, and discover security implications through case studies and practical demonstrations.

Explore Gauntlt, an open-source framework for automated security testing in DevOps. Learn how it bridges the gap between security, development, and operations teams, enabling continuous validation of cloud infrastructure.

Innovative approach for IoT black-box fuzzing using "fuzzing triggers" from companion apps to generate optimal inputs, overcoming limitations of existing tools and discovering zero-day vulnerabilities.

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.

Learn methodologies and frameworks for automating security testing in your applications, enabling developers to address common vulnerabilities and collaborate more effectively with pentesters.

Explore cybersecurity essentials for Python applications, covering threat modeling, attack vectors, security testing, and best practices to protect your servers from malicious threats.

Black Hat Asia 2025