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A claim that desktops are less secure than mobile devices can be true or false, but this depends highly on their configuration. While desktop devices are less secure out of the box, they are more private and can be made more secure than mobile devices.

The OpenSSF’s new baseline sets minimum security expectations for open-source projects — but not all developers agree it’s practical, scalable, or sufficient.

Confusing security with privacy gives users a false sense of control — especially on mobile devices, where the OS often benefits more than the user.

Open-source software may be in the crosshairs of military and government agencies as the U.S. Department of Defense evaluates the risks of both free and proprietary software.

With Edera Protect and CIQ's RLC-H, open-source innovators are redefining Linux security through stronger isolation and proactive threat defense.

Meta’s Llama 2025 roadmap highlights faster, multilingual, and more accessible AI models, signaling a major shift toward open-source innovation across industries.

I’d been curious about the performance of mini-PCs, so I finally bit the bullet and replaced an aging laptop and failing desktop with much smaller units.

As attacks grow more sophisticated, the open-source community is racing to close critical security gaps and stop malicious code before it spreads.

After years of missteps, Intel is getting serious. With a new CEO and sharper strategy, the company is making bold moves to reclaim its tech leadership.

By adopting a proactive approach to AI security with red teaming, businesses can uncover hidden vulnerabilities, reduce risks, and build resilient systems.

Women are finding new ways into cybersecurity, often without IT backgrounds, as companies begin rethinking how they build their cyber teams.

The MakuluLinux LinDoz 2025 edition is one of the most useful and functional AI-powered Linux distributions available. The OS offers free and unlimited access to a loaded AI toolkit.

Autoscaling has become an indispensable feature of modern cloud computing. It allows organizations to allocate resources dynamically to match fluctuating demand. By adjusting capacity during peak and low activity periods, autoscaling ensures optimal performance and reduces costs.

Researchers at the University of Waterloo's Cheriton School of Computer Science in Canada found that modifying just 30 lines of code in the Linux kernel could cut data center energy consumption by 30% to 45%.