KernelCare Blog

Most IoT devices run on Arm-based processors. 71.8% of these processors use Linux as their operating system (OS). 

But the Internet of Things (IoT) can be a dangerous place, and cybersecurity attacks targeting IoT devices proliferate, begging the question: what can you do to protect your systems? Here’s an infographic that answers that.

 

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During the second quarter of 2019, KernelCare became officially validated and available for customers of VMware Cloud™ on Amazon Web Services (AWS). VMware Cloud is VMware’s enterprise virtualization suite, built especially for Amazon’s AWS cloud infrastructure. VMware Cloud on AWS is the natural choice for mission-critical, always-on application services, offering distributed load balancing, dynamic resource allocation, and easy management.

 

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Calling all Europe-based Embedded Linux users! On October 28–30, at the Convention Center in Lyon, France will host the Embedded Linux Conference (ELC) Europe 2019. ELC is a premier vendor-neutral tech conference, where experts and developers working on embedded Linux and industrial IoT products gather for education and collaboration. This is a packed, innovation-focussed event. If you’re attending, we figured you might need some guidance. Here are five tips and tricks.

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The first half of 2019 has been a very exciting time at KernelCare. We’ve picked up some major enterprise customers, including Dell and Endurance. Along the way, there have been a multitude of other milestones. Read our blog to learn more.

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These days, to all intents and purposes, “advanced RISC machine” is essentially synonymous with an ARM processor. The ARM instruction set architecture is by some distance the world’s leading form of RISC architecture, with more than 100-billion ARM processors in circulation.

 

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On September 15, Linus Torvalds announced the release of the Linux 5.3 kernel series, after a delay of one week and eight release candidates. As ever, the new release loops in a range of modest but important changes. 

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IoT insecurity is a major and pressing issue, with devices being compromised as part of nation-state reconnaissance, conscripted into giant botnets, manipulated in assaults on power grids, and hacked for cryptocurrency access. 

Everyone from consumers to enterprise users to vendors are concerned that their IoT devices can be compromised. How can we best protect ourselves? 

 

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