
Explore Wikipedia's infrastructure: serving 100k requests/second, protecting user privacy, and running on donations. Learn about system architecture, databases, caching, and more.

Explore Linux kernel tracing with eBPF: learn practical uses, dynamic instrumentation techniques, and insights into system workings. Gain knowledge to monitor actions and reveal process secrets efficiently.

Explore common mistakes in social engineering, learn prevention strategies, and understand the psychology behind successful attacks. Gain insights to enhance your cybersecurity awareness and defense techniques.

Explore threat intelligence transformation into actionable data using innovative techniques like honeypots, passive DNS, and graph-based models for enhanced cybersecurity analysis and decision-making.

Explore handling security requirements throughout software development, covering scalability, use cases, and practical demonstrations with insights on data protection and integration.

Explore SAP BusinessObjects vulnerabilities, architecture, and attack vectors. Learn about security recommendations and potential issues through demonstrations and in-depth analysis.

Explore Russian cyberattack techniques through live demonstrations, covering infection methods, web injects, traffic manipulation, and victim targeting strategies.

Explore critical vulnerabilities in computing foundations and their impact on security. Learn about technical debt, low-level attacks, and strategies to address information security challenges.

Integración de seguridad en el ciclo de desarrollo ágil: herramientas y estrategias para detectar vulnerabilidades temprano, empoderando a los desarrolladores como actores clave en la seguridad del producto.

Einblicke in die Struktur und Bedeutung von Open-Source-Projekten für die Sicherheit sowie Vorschlag eines öffentlichen Fonds zur finanziellen Förderung mit 10 Mio € jährlich zur Absicherung wichtiger Projekte.

Überblick über verifizierbare Programmiersprachen und Theorembeweiser zur Entwicklung beweisbar sicherer Software. Vergleich verschiedener Ansätze anhand von Beispielen.

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.

Learn to secure modern API and microservices architectures with expert insights on key concerns, architectural patterns, and actionable solutions for robust application security.

Explore strategies for integrating application security into modern development processes without hindering progress. Learn about tooling, assessments, and agile methodologies for effective security implementation.

Explore RailsGoat, an OWASP project for Rails security training. Learn common vulnerabilities, remediation techniques, and attack scenarios aligned with the OWASP Top 10 using a purposely vulnerable Rails application.

Explore designing flexible software architecture to enhance security, adapt to changes, and prevent vulnerabilities. Learn from real-world examples and gain practical tips for writing better, more adaptable code.

Explore continuous threat modeling for agile teams, focusing on collaborative methodologies and the PyTM open-source tool to enhance product security throughout development.

Automate mobile app security testing using BDD and UI automation frameworks. Integrate OWASP MASVS/MSTG into CI/CD pipelines for faster, repeatable security checks at DevOps speed.

Explore current research and best practices in SecDevOps, covering static and dynamic analysis, security scaling, and infrastructure best practices for improved application security.

Explore IoT app authentication without user interaction. Learn innovative solutions for secure device communication, demonstrated on a Raspberry Pi.