
Explore NYU's journey in software supply chain security, uncovering challenges, best practices, and a roadmap for enhancing software security.

Explore Skootrs, an open-source tool simplifying adoption of security practices for software developers through automation and guardrails.

Explore build provenance for Homebrew package manager, including achievements, challenges, and technical insights. Learn about its architecture and implications for similar ecosystems.

Explore OpenSSF's public instances: hosting, scale, security, and usage guidelines. Gain insights into tools for safer software development and protection against attackers.

Explore OSTIF's 2022 security improvements to critical open source projects, funded by OpenSSF. Learn about the initiative's background and key outcomes.

Explore Sigstore's research opportunities in privacy-conscious transparency, stronger verification assurances, and distributed trust timestamping. Learn how to contribute to this open-source project.

Explore SLSA levels, software supply chain security basics, and tools like Cosign to enhance artifact integrity and benefit your organization.

Explore GUAC, a tool for proactive software supply chain security. Learn about its features, recent release, roadmap, and how to contribute to this OpenSSF project.

Explore effective security audits for open source projects, including top vulnerabilities, lessons learned, and common mistakes to avoid. Enhance your OSS security posture.

Practical steps for securing the entire software development lifecycle, moving beyond secure coding to embrace holistic system security throughout the development process.

Explore insights from Stephanie Nguyen of the U.S. Federal Trade Commission on critical issues at the intersection of technology, fairness, accountability, and transparency in this keynote address.

Explore AI's impact on open-source software security, covering OSS in AI systems, open-sourcing AI components, AI-driven security automation, and AI's evolving role in OSS development.

Comprehensive approach to API security, covering code-level inventorying and runtime protection. Learn to mitigate issues faster and improve organizational API security posture efficiently.

Explore how large language models enhance data loss prevention by enabling full-text analysis and document categorization, improving sensitive information detection beyond pattern-based matching.

Explore quantum-resistant cryptography for Kubernetes security. Hands-on insights into mTLS, x.509 certs, and container signing. Learn standardization progress and empower yourself to conduct tailored experiments.

Explore distributed advocacy in cybersecurity, integrating security into development processes. Learn how to foster collaboration between security advocates and developers for enhanced system protection.

Explore an innovative approach to zero-trust security using a Linux kernel module for mTLS and access control, avoiding service mesh complexities while maintaining strong workload identities and traffic encryption.

Explore vulnerability scanning in cloud-native projects, learn to prioritize vulnerabilities, and implement effective scanners. Gain insights on assessing relevance and improving daily workflows.

Explore innovative evasion strategies against runtime detection tools, from obfuscation to behavioral camouflage. Gain insights into evolving threat actor tactics and the importance of adaptive security measures.

Uncover ShellTorch vulnerabilities in TorchServe, enabling remote code execution and AI model manipulation. Learn about the high-severity exploit's impact on PyTorch ecosystem and essential mitigation strategies.

Explore potential security risks in open-source AI ecosystems, focusing on LLM vulnerabilities and kill chains. Learn mitigation strategies to protect against sophisticated adversaries in the evolving AI landscape.