
Explore open-source solutions for developing and maintaining smart city infrastructure, focusing on efficiency, security, and longevity in civil systems implementation.

Explore the development of super long-term supported open source base layer for industrial software, focusing on Linux kernel v4.4, security fixes, and testing frameworks.

Explore key threat modeling methodologies and their applications in open source civil infrastructure platforms, enhancing security practices for critical systems.

Exploring CIP's efforts to enhance open-source component security for industrial software, focusing on meeting IEC-62443 standards and collaborating with Debian and other communities to strengthen cybersecurity.

Explore secure bootloaders and software updates in CIP, focusing on implementation, IEC-62443 compliance, and the collaborative efforts of CIP workgroups to enhance industrial software security.

Explore Industrial Grade Linux for sustainable, secure, and long-lasting civil infrastructure systems. Learn how CIP enhances reliability and fosters collaborative development.

Learn how to integrate kernel testing code into KernelCI, expanding its ecosystem through direct additions or KCIDB. Gain insights from CIP project's experience in merging testing systems and collaborating with KernelCI for improved Linux kernel testing.

Explore the evolution of OTA updates in IoT, focusing on robust and secure software upgrades for embedded Linux systems. Learn about new industry requirements and future directions for update frameworks.

Explore CIP Kernel Team's "Upstream First" approach, focusing on open-source development, security, and testing for long-term industrial Linux support.

Explore upstream-first development for long-term support in embedded Linux, focusing on efficiency, complexity management, and collaborative open-source practices.

Discover how the Civil Infrastructure Platform strengthens cyber resilience in critical systems through Industrial Grade Linux and IEC 62443 compliance for sustainable, secure operations.

Explore efficient delta update techniques for embedded devices, focusing on reducing update sizes and improving transfer speeds, especially for mobile connections.