Linux admins,

What do you think the impact of AI-driven tools on security and administration workflows will be with the latest Linux distributions? Balancing innovation with security concerns will be critical moving forward. Security admins need to focus on how RHEL clones are evolving their security tools for proactive threat prevention and system continuity, particularly when downtime is not an option.

Read on to learn about the three key issues we should focus on while preparing for the evolving security landscape of the latest Linux distributions.

Yours in Open Source,

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Dave Wreski

LinuxSecurity Founder

Secure RHEL Clones Chart Diverging Paths

19.Laptop Bed Esm W400When you're architecting a secure Linux environment, understanding where your operating system stands—both in terms of hardware compatibility and security features—isn't optional. It’s critical. With RHEL 10 redefining what enterprise Linux should look like and Rocky Linux 10 and AlmaLinux 10 adapting to meet the demands of downstream users, the landscape has shifted.

Each distribution brings its own focus, particularly on how they handle legacy systems, integrate security hardening tools, and approach new technologies like AI. If you're evaluating them from a security-first lens, there’s no shortage of important nuances to consider.

Let's examine how RHEL 10, Rocky Linux 10, and AlmaLinux compare, discuss the security tools and continuity in their evolving models, and explore what the future has in store for each of these widely used distros.

Learn About Secure RHEL Clones>>

Linux ELF Malware: The New Front in the Battle for Cloud Security

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Linux. It’s the silent backbone of modern cloud infrastructure—a workhorse running the vast majority of compute instances across enterprises. Depending on the report you reference, anywhere from 70% to 90% of cloud workloads operate on Linux. This prominence makes it an incredibly fertile target for attackers, and they’re wasting no time sharpening the tip of the spear.

Over the past few years, we’ve seen a disturbing shift: malware families that once targeted traditional Linux servers are now being retooled—and in some cases, purpose-built—for cloud environments. The focus isn’t casual or incidental; it’s deliberate. High-value targets in scalable, containerized, and virtualized environments, along with the immense trust placed in these systems, make exploiting cloud Linux workloads a jackpot for threat actors. If you’re a Linux admin or if you're tasked with securing cloud workloads, this evolving threat isn’t something you can leave on the back burner.

Let’s talk specifics. The attack surface is broad. We’re seeing a surge in ELF (Executable and Linkable Format) malware designed to live and breathe in cloud environments. And these binaries? They’re not just textbook examples of malicious code—they’re adaptations, constantly being honed to sidestep defenses unique to cloud systems.

Learn About Linux ELF Malware>>