
Learn how OpenSSF's 10-point plan aims to improve open source software security and discover ways to contribute to this crucial initiative.

Explore enterprise challenges, initiatives, and future vision for open source software supply chain security from an end user perspective. Learn about threat mitigation strategies and collaborative efforts.

Explore secure open source software consumption practices and improve your software supply chain integrity with the S2C2F guide.

Explore SLSA principles for securing software supply chains. Learn threat models, security levels, and how to contribute to this OpenSSF project for enhanced DevSecOps processes.

Implement SLSA framework to secure software supply chains. Learn practical, vendor-neutral examples for code, build process, provenance, and deployment to create a resilient software development lifecycle.

Explore security concerns throughout the software supply chain, from development to deployment. Learn strategies to mitigate risks and enhance overall security posture in DevOps practices.

Explore how Cybertrust Japan bridges open source and business, focusing on MIRACLE LINUX, AlmaLinux contributions, SBOM generation, and security enhancements through OpenSSF activities.

Explore Node.js security initiatives, from new features to vulnerability management. Learn to apply these insights to your development process and contribute to the Node.js community's security efforts.

Discover best practices for reporting bugs to open source maintainers, including coordinated disclosure and effective communication, to improve acceptance rates and reduce friction.

Explore Node.js security initiatives, learn from real-world vulnerabilities, and discover how to contribute to the project's safety. Gain insights to enhance your own development process and ecosystem security.

Evaluating top AI frameworks for CI/CD integration, focusing on accuracy, security, coding practices, and compliance with emerging standards and legislation.

Discover essential strategies for protecting ML systems from supply chain attacks, focusing on model scanning and cryptographic signing to defend against Model Serialization Attacks in public model hubs.

Discover how to streamline Kubernetes deployments in air-gapped environments using Zarf, enabling efficient packaging and deployment of workloads while maintaining supply chain visibility through automated SBOM creation.

Discover how Minder platform helps monitor and ensure OpenSSF Security Baseline compliance across repositories, with practical demonstrations of automated security posture management.

Explore the challenges and opportunities of Software Bill of Materials (SBOMs), examining current implementation issues, regulatory requirements, and emerging solutions through OpenSSF projects like Protobom and bomctl.

Discover essential security strategies for ML model hubs, focusing on detecting Model Serialization Attacks and implementing cryptographic signing to protect against compromised artifacts and system vulnerabilities.

Learn secure coding practices for Python, focusing on CWE framework-based advice and executable examples to enhance open source project security and developer skills.

Secure Kubernetes manifests throughout the software development lifecycle. Learn about integrity protection, signing techniques, and end-to-end supply chain security.

Enhance build pipeline security using OpenSSF projects: cosign, SBOMs, and SLSA. Demonstrate kpack for container image building on Kubernetes, integrating signed images and SBOM generation.

Explore the creation of Node.js Permission Model, uncovering motivations, challenges, and solutions. Gain insights into this experimental security feature and its impact on the ecosystem.

Explore efforts to fix the libwebp vulnerability in Python packages, examining interactions between security standards and open source ecosystems.