
Explore tools and best practices for securing the open-source software supply chain, addressing vulnerabilities, and enhancing trust in the ecosystem. Learn about recent developments and future improvements.

Explore strategies for enhancing software security in large open-source ecosystems, focusing on Python. Learn about community collaboration, automation, and practical approaches to implement security improvements at scale.

Explore Sigstore's integration into Python packaging, covering cryptographic fundamentals, security models, and the benefits of codesigning without long-term key material for developers and users.

Explore Python 3 type annotations: syntax, benefits, and practical applications. Learn to enhance code security, leverage popular libraries, and build custom extensions using type hints.

Explore the "Clean as you code" approach for managing code quality in legacy projects, focusing on recent changes to improve deliverables incrementally while maintaining productivity.

Learn to create and manage Software Bill of Materials (SBOMs) using Python, enhancing software security and compliance tracking in complex development environments.

Learn to enhance project security using industry standards like the OWASP DevSecOps Maturity Model. Gain practical insights for developers to systematically improve security without being an expert.

Explore advanced techniques for testing and fuzzing in Linux systems, focusing on enhancing security and reliability through innovative methodologies and tools.

Explore techniques for designing user-space APIs that are more amenable to fuzzing, enhancing system security and reliability through improved testing methodologies.

Explore Notary v2's redesign for secure container supply chains, focusing on OCI registry-native protocols and improved ecosystem security based on community experience.

Hands-on overview of creating a secure zero-trust supply chain on Kubernetes using Tekton, Tekton Chains, and sigstore. Learn to protect pipelines, generate provenance, and integrate with In-Toto and SPIRE.

Explore cutting-edge supply chain security with in-toto, TUF, and SigStore. Learn how these tools create a transparent, hack-proof system to protect software from developer to end-user.

Explore WebAssembly's potential to create extensible cloud-native applications, enabling developers to customize and extend platforms securely and efficiently using open-source tools.

Learn to detect and prevent security vulnerabilities in Ruby code using Rubocop. Explore custom cops, abstract syntax trees, and security antipatterns to enhance code quality and safety.

Explore core security principles, Node.js ecosystem security, and enterprise application strategies. Learn from past vulnerabilities, present challenges, and future best practices in software security.

Exploring Rust's potential to revolutionize software security, industry-wide adoption challenges, and collaborative efforts to enhance the language as it gains traction in companies.

Explore integrating security into Agile development, focusing on tools, techniques, and processes for building secure software without compromising velocity or innovation.

Explore safer C++ practices with Core Guidelines, focusing on efficiency, const usage, and minimizing raw pointers. Learn to modernize code and improve quality through automated tooling and refactoring techniques.

Explore a developer-friendly approach to software security by decomposing vulnerabilities into familiar security controls, shifting focus from compliance to proactive implementation throughout the development cycle.

Explore data storytelling, non-relational database design, Blockchain-AI correlation, and open-source software trust in four concise lightning talks by industry experts.

Explore reverse engineering techniques to build private game servers, enhancing cybersecurity skills and understanding network protocols in online gaming environments.