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PorteuX 2.5 Is Out with Flatpak Support, Cinnamon 6.6, COSMIC 1.0, and Linux 6.18  9to5Linux

I've been dual-booting Windows 11 and Linux in harmony throughout 2025  Windows Central

GitHub has disabled Rockchip's Media Process Platform repository after an FFmpeg developer filed a DMCA takedown notice, nearly two years after the open-source project first publicly accused the Chinese chipmaker of license violations. The notice, filed December 18, claims Rockchip copied thousands of lines of code from FFmpeg's libavcodec library -- including decoders for H.265, AV1, and VP9 formats -- stripped the original copyright notices, falsely claimed authorship and redistributed the code under Apache's permissive license rather than the original LGPL. FFmpeg first called out Rockchip in February 2024 for "blatantly copy and pasting FFmpeg code" into its driver, but the chipmaker's last response suggested no intention to resolve the matter. The DMCA notice requests either removal of the infringing files or restoration of proper attribution and an LGPL-compatible license.

Read more of this story at Slashdot.

Another X11 revival for Linux has arrived, but what's the point?  How-To Geek

Linux Kernel 2025: Rust Adoption Enhances Security and Performance  WebProNews

Two years after generative AI was supposed to render India's $250 billion IT services industry obsolete, the sector is finding that enterprises still need someone to handle the unglamorous plumbing work that large-scale AI deployment demands. Less than 15% of organizations are meaningfully deploying the new technology, according to investment bank UBS, and Indian IT firms are positioning themselves to capture the preparatory work -- data cleanup, cloud migration, system integration -- that channel checks suggest could take two to three years before enterprise-wide AI becomes feasible. The financials have held up better than the doomsday predictions suggested. Infosys now calls AI-led volume opportunities a bigger tailwind than the deflation threat, a reversal from 2024, and orderbooks held steady in the third quarter even as pricing pressure filtered through renewals. Infosys expects its orderbook to grow more than 50% this quarter, anchored by an NHS deal worth $1.6 billion over 15 years. The companies have been restructuring accordingly. TCS cut headcount by 2% and invested in a 1GW data-centre network while acquiring Salesforce advisory firm Coastal Cloud. HCLTech reduced margins by 100 basis points and became one of the first large systems integrators to partner with OpenAI; this week it announced acquisitions of Jaspersoft for $240 million and Belgian firm Wobby to expand agentic AI capabilities. The bear case for the Indian IT sector assumed that AI would work out of the box. Two years in, it does not.

Read more of this story at Slashdot.

While stock investors have pushed AI-related shares to repeated highs this year, debt markets are telling a more cautious story as newer AI infrastructure companies find themselves paying significantly elevated interest rates to borrow money. Applied Digital, a data center builder, sold $2.35 billion of debt in November at a 9.25% coupon -- roughly 3.75% above similarly rated companies, or about 70% more in interest costs. The pattern has repeated across several deals. Wulf Compute, a subsidiary of Bitcoin-miner-turned-data-center-operator Terawulf, raised $3.2 billion in mid-October at 7.75%, well above the 5.5% average yield for similarly rated issuers. Cipher Compute sold $1.7 billion in early November at just over 7%. CoreWeave, which rents data centers and installs computing systems for companies like OpenAI and Meta, raised $1.75 billion in July at 9%. The company's bonds have since fallen to around 90 cents on the dollar, pushing the effective yield above 12% -- nearly double the average for companies at its single-B rating level. "We just have to be much more pessimistic and not buy into the hype," said Will Smith, a portfolio manager at AllianceBernstein. Construction delays and uncertain demand for AI computing power remain key concerns for lenders who, unlike equity investors, have no upside beyond getting their principal back.

Read more of this story at Slashdot.

AMD RDNA3/RDNA4 Go Down Hard On Linux 6.19, But Here's How The Older AMD GPUs End Out 2025  Phoronix

Connecting to a VPN Service from the Linux Command Line  Yahoo! Tech

How to Connect to a VPN Service from the Linux Command Line  How-To Geek

New to Linux? 5 must-have apps to install on day one  Yahoo! Tech

New to Linux? 5 must-have apps to install on day one  How-To Geek

My 11 favorite Linux distributions of all time, ranked  ZDNET

CachyOS wants to be your NAS operating system  How-To Geek

I tried dozens of Linux apps in 2025, but these are the ones I still use  How-To Geek

Linux Foundation’s Safe Harbour for the Agentic AI Era  Analytics India Magazine

NVIDIA Drops Pascal Support On Linux, Causing Chaos On Arch Linux  Hackaday

New Runtime Standby ABI Proposed For Linux Akin To Microsoft Windows' "Modern Standby"  Phoronix

Itching to Try the Hot COSMIC DE on Ubuntu Linux? Here's an Easy Way  It's FOSS

by Suparna Ganguly

This article explains all that you need to know about KernelCare. But before studying about KernelCare, let’s do a quick recap of the Linux kernel. It’ll help you understand KernelCare better. The Linux kernel is the core part of Linux OS. It resides in memory and prompts the CPU what to do.

Now let’s begin with today’s topic which is KernelCare. And if you’re a system administrator this article is going to present valuable information for you.

What is KernelCare?

So, what’s KernelCare? KernelCare is a patching service that offers live security updates for Linux kernels, shared libraries, and embedded devices. It patches security vulnerabilities inside the Linux kernel without creating service interruptions or any downtime. Once you install KernelCare on the server, security updates automatically get applied every 4 hours on your server. It dismisses the need for rebooting your server after making updates.

It is a commercial product and is licensed under GNU GPL version 2. Cloud Linux, Inc developed this product. The first beta version of KernelCare was released in March 2014 and its commercial launch was in May 2014. Since then they have added various useful integrations for automation tools, vulnerability scanners, and others. 

Operating systems supported by KernelCare include CentOS/RHEL 5, 6, 7; Cloud Linux 5, 6; OpenVZ, PCS, Virtuozzo, Debian 6, 7; and Ubuntu 14.04.

Is KernelCare Important?

Are you wondering if KernelCare is important for you or not? Find out here. By installing the latest kernel security patches, you are able to minimize potential risks. When you try to update the Linux kernel manually, it may take hours. Apart from the server downtime, it can be a stressful job for the system admins and also for the clients.

Once the kernel updates are applied, the server needs a reboot. This is usually done during off-peak work hours. And this causes some additional stress. However, ignoring server reboots can cause a whole lot of security issues. It’s seen that, even after rebooting, the server experiences issues and doesn’t easily come back up. Fixing such issues is a trouble for the system admins. Often the system admin needs to roll back all the applied updates to get the server up quickly.

With KernelCare, you can avoid such issues.

How Does KernelCare Work?

KernelCare eliminates non-compliance and service interruptions caused by system reboots. KernelCare agent resides on your server. It periodically checks for new updates. In case it finds any, the agent downloads those and applies them to the running kernel. A KernelCare patch can be defined as a piece of code that’s used to substitute buggy code in the kernel. 

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