
Explore embedded Linux ecosystems, UEFI, and platform standards for bootable systems. Learn about architecture, security, and certification in embedded development.

Explore software supply chain security challenges, recent incidents, and strategies for mitigating vulnerabilities in open-source ecosystems. Learn about maintainer account security and registry management.

Explore lightweight zero-trust network implementation using Keycloak and NGINX, covering JWT validation, OAuth MTLS, and security boundary transitions for enhanced API and service protection.

Experts discuss strategies for implementing and scaling decentralized identity systems, focusing on practical approaches and real-world applications.

Explore OP-TEE's role in secure computing, examining how it operates independently from Linux to enhance system security and protect sensitive operations.

Explore practical strategies to prevent unauthorized interpreter execution, enhancing system security and mitigating potential vulnerabilities in software environments.

Explore 5G security strategies, standards, and challenges in virtualized and cloud environments, with insights on cybersecurity and container protection.

Explore tools and techniques for securing open source supply chains, addressing urgent issues and US Executive Order requirements for critical software protection.

Explore cutting-edge tools for enhancing software supply chain security, focusing on Sigstore, TektonCD, and SPIFFE implementations in zero-trust environments.

Explore three core areas for securing the software supply chain: Software Bill of Materials (SBOM), Signing, and Slimming. Learn practical methods to enhance first-line security controls and minimize attack surfaces.

Explore a novel approach to Over-The-Air Device Firmware Updates that operates externally, offering greater flexibility and stability across various platforms and languages.

Learn best practices for managing dependencies in software development, balancing security risks with benefits to team velocity and business value. Discover preventive measures to minimize vulnerabilities.

Explore techniques for tracing software origins in embedded systems, enhancing security and compliance in IoT and edge computing environments.

Explore secure embedded development practices, focusing on encryption, authentication, and trusted execution environments to protect IoT devices and data.

Exploring CVE's evolution, challenges, and future directions in cybersecurity, including ID reservation, counting methods, new services, and emerging issues like cloud vulnerabilities.

Explore strategies for securing open source software at scale, focusing on collaborative approaches and end-to-end solutions for robust protection in the digital ecosystem.

Explore the critical role of open source in vulnerability identification and management, emphasizing its potential to enhance global cybersecurity efforts.

Explore a methodology for characterizing vulnerabilities with granular, intuitive structure. Learn about vulnerability objects, scenarios, barriers, actions, and impacts in cybersecurity.

Explore hidden vulnerabilities in open source software with experts from Palo Alto Networks, uncovering potential risks and learning strategies for enhanced security.

Explore digital security risks in government domains and learn effective strategies for identifying and communicating vulnerabilities to protect critical online infrastructure.

Explore innovative approaches to supply chain security, focusing on first-line defense strategies and cutting-edge solutions for robust protection against emerging threats.