Latin America’s AI Opportunity: From Adoption to Co-Creation Through Open Source

Linux Foundation
1 day 10 hours ago

As the general manager of Dronecode Foundation, a Linux Foundation project, I work at the intersection of autonomy and open source. I spend a lot of time thinking about what it takes to move advanced technology from research labs into real-world, safety-critical environments. In the drone ecosystem, whether we are talking about agriculture, infrastructure inspection, disaster response, or public safety, AI only delivers value when it is affordable, adaptable, and trusted. That reality is not unique to drones. It is precisely the challenge facing Latin America today, and it is also the opportunity.

Ramón Roche

Linux Kernel Runtime Guard Reaches 1.0: A Major Milestone for Runtime Kernel Security

Linux Journal
1 day 17 hours ago
by George Whittaker

The Linux security landscape just reached an important milestone. Linux Kernel Runtime Guard (LKRG) has officially hit version 1.0, marking its transition from a long-running experimental project into a mature, production-ready security tool. For administrators and security-conscious users, this release reinforces LKRG’s role as a powerful additional layer of defense for Linux systems.

After years of development, testing, and real-world use, the 1.0 release signals confidence in LKRG’s stability, compatibility, and long-term direction.

What Is LKRG?

LKRG is a loadable kernel module designed to protect the Linux kernel at runtime. Instead of relying solely on compile-time hardening or static security features, LKRG actively monitors the kernel while the system is running. Its goal is to detect unauthorized changes, suspicious behavior, and exploit attempts that target kernel internals.

Because it operates at runtime, LKRG complements existing protections like SELinux, AppArmor, and kernel hardening options rather than replacing them.

Why the 1.0 Release Matters

Reaching version 1.0 is more than a symbolic version bump. It reflects years of refinement and signals that the project has reached a level of maturity suitable for broader adoption.

With this release, LKRG offers:

  • Stable behavior across a wide range of kernel versions

  • Improved reliability under real-world workloads

  • Cleaner internal architecture and reduced overhead

  • Confidence for system administrators deploying it in production environments

For security tooling, especially something operating inside the kernel, stability and predictability are critical, and the 1.0 milestone acknowledges that standard.

How LKRG Protects the Kernel

At a high level, LKRG continuously checks the integrity of critical kernel structures and execution paths. It looks for signs that something has altered kernel memory, process credentials, or execution flow in unexpected ways.

When suspicious activity is detected, LKRG can:

  • Log warnings or alerts

  • Block the offending action

  • Trigger defensive responses based on configuration

This makes it particularly useful for detecting privilege-escalation exploits and post-exploitation activity that might otherwise go unnoticed.

Who Should Consider Using LKRG?

LKRG is especially relevant for:

  • Servers and cloud hosts exposed to untrusted workloads

  • Enterprise systems with strict security requirements

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George Whittaker

New Raspberry Pi 4 models splits RAM across dual chips

OMG! Ubuntu
1 day 17 hours ago

A new version of the Raspberry Pi 4 Model B has been (quietly) introduced. The key difference? It now uses a dual-RAM configuration. The Raspberry Pi 4 Model B (PCB 13a) adopts a dual-RAM configuration to ‘improve supply chain flexibility’ and manufacturing efficiency, per a company product change notice document. Earlier versions of the Raspberry Pi 4 (v1.1 through 1.4) use a single RAM chip on the top of the board. This new revision adds a second LPDDR4 chip to the underside, with some passive components also moved over. Why use dual-RAM? Even those living under rocks will know that […]

You're reading New Raspberry Pi 4 models splits RAM across dual chips, a blog post from OMG! Ubuntu. Do not reproduce elsewhere without permission.

Joey Sneddon

A Pillar of the Linux Kernel: Greg Kroah-Hartman Honored with European Open Source Award

Linux Journal
3 days 17 hours ago
by George Whittaker

The open-source community is celebrating a well-deserved recognition. Greg Kroah-Hartman, one of the most influential figures in the Linux ecosystem, has been awarded the European Open Source Award, honoring decades of sustained contributions that have shaped Linux into the stable, trusted platform it is today.

For anyone who relies on Linux, whether on servers, desktops, embedded devices, or cloud infrastructure, this award highlights the quiet but essential work that keeps the ecosystem reliable.

A Steward of Stability

Greg Kroah-Hartman is best known for his role as the maintainer of the Linux kernel’s stable branches. While new kernel features often grab headlines, the stable kernels are where real-world systems live. They receive carefully vetted fixes for security issues, regressions, and bugs, without introducing disruptive changes.

That responsibility requires deep technical knowledge, discipline, and trust from the community. Kroah-Hartman has carried it for years, ensuring that Linux remains dependable across millions of systems worldwide.

Beyond the Stable Kernel

His impact extends far beyond stable releases. Over the years, Kroah-Hartman has contributed heavily to:

  • Driver development, helping hardware vendors integrate cleanly with Linux

  • Kernel infrastructure improvements, making long-term maintenance sustainable

  • Developer documentation, including the widely respected Linux Kernel in a Nutshell

  • Mentorship, guiding new contributors through the notoriously complex kernel process

These efforts help keep Linux open not just in license, but in practice, accessible to new developers and maintainable at scale.

Why This Award Matters

The European Open Source Award recognizes individuals whose work benefits society through openness, collaboration, and technical excellence. Kroah-Hartman’s work exemplifies that mission.

Linux doesn’t succeed because of flashy features alone. It succeeds because:

  • Bugs are fixed responsibly

  • Security issues are handled quietly and quickly

  • Compatibility is preserved across years and hardware generations

Those outcomes don’t happen by accident. They’re the result of sustained, meticulous stewardship, exactly the kind of work this award celebrates.

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George Whittaker