
Explore serverless computing's impact on security, covering key areas like software supply chain and attack detection. Learn practical approaches and see a demo of building and securing a serverless application.

Explore software security assurance, application security, and organizational strategies for effective resource planning and process building in cybersecurity.

Learn techniques for hiding data from surveillance using distributed steganography, exploring methods like hidden files, alternate data streams, and encryption combined with steganographic approaches.

Explore web application reverse engineering techniques, from information gathering to active testing, to understand behavior, analyze code, and improve security assessments.

Explore web malware anatomy, impact, and detection techniques. Learn about browser vulnerabilities, drive-by downloads, and real-world case studies of exploit kits and botnets.

Explore SSL's role in online security, challenges with certificate authorities, and innovative approaches to authentication in the digital age.

Explore threat modeling for cloud applications, focusing on AWS services, security controls, and potential risks. Learn to identify assets, adapt to cloud architectures, and address new security challenges.

Explore Android security vulnerabilities, reverse engineering techniques, and potential solutions with insights from Trustwave SpiderLabs expert Mike Park.

Explore messaging security in GlassFish and Open Message Queue, covering authentication, authorization, encryption, persistence, logging, and monitoring for robust enterprise messaging systems.

Explore HTML5's potential for intranet exploitation using BeEF framework. Learn footprinting, network discovery, port scanning, and inter-protocol exploitation techniques.

Explore the evolution of web security through bug bounty programs, focusing on Mozilla's experience, benefits, challenges, and ethical considerations.

Explore static analysis tools for Ruby on Rails, focusing on Brakeman and Jenkins integration. Learn about security warnings, code updates, and best practices for detecting defects.

Learn to use ZAP, an open-source web application security scanner. Explore features like active scanning, fuzzing, and brute force attacks to enhance your penetration testing skills.

Explore techniques for hacking .NET applications, including malware analysis, code review, and penetration testing. Learn to build keygens, cracks, and overcome security measures in .NET environments.

Simplified approach to threat modeling: identify attack surfaces, visualize users as threats, illuminate assets and trust boundaries, postulate attacks, evaluate impact, and mitigate risks.

Enhance software development lifecycle using CAPEC and CWE. Learn threat modeling, design considerations, and security testing techniques to improve application security.

Explore advanced web application security techniques using AppSensor and ModSecurity, focusing on detection points, SQL injection prevention, and innovative defense strategies.

Explore effective risk management strategies for growing organizations, focusing on peer review, communication, and automation to maintain high uptime standards without sacrificing velocity.

Explore application logging best practices in the GDPR era, covering security, privacy, data protection, and compliance recommendations for developers and operations teams.

Explore real-world design flaws and secure design principles through interactive case studies in threat modeling across various domains, enhancing your software analysis skills.

Explore DevOps history and its impact on AppSec, charting a path for DevSecOps success through standardization, automation, and Agile principles.