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53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

53 years later, bus standard launched by HP in 1972 gets stable Linux driver — General Purpose Interface Bus has blistering 8 MB/s of bandwidth  Tom's Hardware

Time magazine used its 98th annual "Person of the Year" cover to "recognize a force that has dominated the year's headlines, for better or for worse. For delivering the age of thinking machines, for wowing and worrying humanity, for transforming the present and transcending the possible, the Architects of AI are TIME's 2025 Person of the Year." One cover illustration shows eight AI executives sitting precariously on a beam high above the city, while Time's 6,700-word article promises "the story of how AI changed our world in 2025, in new and exciting and sometimes frightening ways. It is the story of how [Nvidia CEO] Huang and other tech titans grabbed the wheel of history, developing technology and making decisions that are reshaping the information landscape, the climate, and our livelihoods." Time describes them betting on "one of the biggest physical infrastructure projects of all time," mentioning all the usual worries — datacenters' energy consumption, chatbot psychosis, predictions of "wiping out huge numbers of jobs" and the possibility of an AI stock market bubble. (Although "The drumbeat of warning that advanced AI could kill us all has mostly quieted"). But it also notes AI's potential to jumpstart innovation (and economic productivity) This year, the debate about how to wield AI responsibly gave way to a sprint to deploy it as fast as possible. "Every industry needs it, every company uses it, and every nation needs to build it," Huang tells TIME in a 75-minute interview in November, two days after announcing that Nvidia, the world's first $5 trillion company, had once again smashed Wall Street's earnings expectations. "This is the single most impactful technology of our time..." The risk-averse are no longer in the driver's seat. Thanks to Huang, Son, Altman, and other AI titans, humanity is now flying down the highway, all gas no brakes, toward a highly automated and highly uncertain future. Perhaps Trump said it best, speaking directly to Huang with a jovial laugh in the U.K. in September: "I don't know what you're doing here. I hope you're right."

Read more of this story at Slashdot.

I tried Pop!_OS for a week: Here's what worked for me and what didn’t  How-To Geek

Linux 6.19-rc1 Released From Japan  Phoronix

A January order blocking wind energy projects in America has now been vacated by a U.S. judge and declared unlawful, reports the Associated Press: [Judge Saris of the U.S. district court for the district of Massachusetts] ruled in favor of a coalition of state attorneys general from 17 states and Washington DC, led by Letitia James, New York's attorney general, that challenged President Trump's day one order that paused leasing and permitting for wind energy projects... The coalition that opposed Trump's order argued that Trump does not have the authority to halt project permitting, and that doing so jeopardizes the states' economies, energy mix, public health and climate goals. The coalition includes Arizona, California, Colorado, Connecticut, Delaware, Illinois, Maine, Maryland, Massachusetts, Michigan, Minnesota, New Jersey, New Mexico, New York, Oregon, Rhode Island, Washington state and Washington DC. They say they have invested hundreds of millions of dollars collectively to develop wind energy and even more on upgrading transmission lines to bring wind energy to the electrical grid... Wind is the United States' largest source of renewable energy, providing about 10% of the electricity generated in the nation, according to the American Clean Power Association. But the BBC quotes Timothy Fox, managing director at the Washington, DC-based research firm ClearView Energy Partners, as saying he doesn't expect the ruling to reinvigorate the industry: "It's more symbolic than substantive," he said. "All the court is saying is ... you need to go back to work and consider these applications. What does that really mean?" he said. Officials could still deny permits or bog applications down in lengthy reviews, he noted.

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An anonymous reader shared this report from Phoronix: Due to the growing number of GNOME Shell extensions looking to appear on extensions.gnome.org that were generated using AI, it's now prohibited. The new rule in their guidelines note that AI-generated code will be explicitly rejected: "Extensions must not be AI-generated While it is not prohibited to use AI as a learning aid or a development tool (i.e. code completions), extension developers should be able to justify and explain the code they submit, within reason. Submissions with large amounts of unnecessary code, inconsistent code style, imaginary API usage, comments serving as LLM prompts, or other indications of AI-generated output will be rejected." In a blog post, GNOME developer Javad Rahmatzadeh explains that "Some devs are using AI without understanding the code..."

Read more of this story at Slashdot.

It has been a few years since I’ve had to migrate data between Google Workspace accounts, but I recently had to do it again. Google has made some improvements! Namely they have a Migration Service now where you can provide a list of user accounts to migrate from old account to new and it will move all of their emails from their inbox between the accounts! I used to have to do that via a 3rd party service or with an IMAP client manually

The migration service looks like it might handle Google Calendar and Contacts as well

It is still a little bit of a hassle to transfer ownership of Google Docs between accounts. Google doesn’t let you change ownership directly from one person in an organization to a person in a different organization. But you can work around that by using Google Shared Drives.

1. Set up a shared drive, and share the drive with both the old and new Google Workspace accounts. Make sure to grant them the full “Manager” permission (Content manager won’t allow transferring ownership)
2. From the old account, move all of the content to the shared drive. I usually do this in a folder within the shared drive if there is stuff already there
3. From the new account, access the same Shard drive and move the content from the shared drive back into your own Drive. This transfer ownership to the individual user

Note that you can’t move items that were shared with you. They will cause an error when its checking what can be moved. Also, after you move a document, the URL for it changes, so any links between documents will likely be broken and will have to be re-linked

The post Migrating Between Google Workspace Accounts appeared first on Brandon Checketts.

The R programming language "is sometimes frowned upon by 'traditional' software engineers," says the CEO of software quality services vendor Tiobe, "due to its unconventional syntax and limited scalability for large production systems." But he says it "continues to thrive at universities and in research-driven industries, and "for domain experts, it remains a powerful and elegant tool." Yet it's now gaining more popularity as statistics and large-scale data visualization become important (a trend he also sees reflected in the rise of Wolfram/Mathematica). That's according to December's edition of his TIOBE Index, which attempts to rank the popularity of programming languages based on search-engine results for courses, third-party vendors, and skilled engineers. InfoWorld explains: In the December 2025 index, published December 7, R ranks 10th with a 1.96% rating. R has cracked the Tiobe index's top 10 before, such as in April 2020 and July 2020, but not in recent years. The rival Pypl Popularity of Programming Language Index, meanwhile, has R ranked fifth this month with a 5.84% share. "Programming language R is known for fitting statisticians and data scientists like a glove," said Paul Jansen, CEO of software quality services vendor Tiobe, in a bulletin accompanying the December index... Although data science rival Python has eclipsed R in terms of general adoption, Jansen said R has carved out a solid and enduring niche, excelling at rapid experimentation, statistical modeling, and exploratory data analysis. "We have seen many Tiobe index top 10 entrants rising and falling," Jansen wrote. "It will be interesting to see whether R can maintain its current position." "Python remains ahead at 23.64%," notes TechRepublic, "while the familiar chase group behind it holds steady for the moment. The real movement comes deeper in the list, where SQL edges upward, R rises to the top 10, and Delphi/Object Pascal slips away... SQLclimbs from tenth to eighth at 2.10%, adding a small +0.11% that's enough to move it upward in a tightly packed section of the table. Perl holds ninth at 1.97%, strengthened by a +1.33% gain that extends its late-year resurgence." It's interesting to see how TIOBE's ranking compare with PYPL's (which ranks languages based solely on how often language tutorials are searched on Google): TIOBE PYPL Python Python C C/C++ C++ Objective-C Java Java C# R JavaScript JavaScript Visual Basic Swift SQL C# Perl PHP R Rust Despite their different methodologies, both lists put Python at #1, Java at #5, and JavaScript at #7.

Read more of this story at Slashdot.

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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by David Burgess

With the evolution of technology, we find ourselves needing to be even more vigilant with our online security every day. Our browsing and shopping behaviors are also being continuously tracked online via tracking cookies being dropped on our browsers that we allow by clicking the “I Accept” button next to deliberately long agreements on websites before we can get the full benefit of said site.

Watch this article:

Additionally, hackers are always looking for a target and it's common for even big companies to have their servers compromised in any number of ways and have sensitive data leaked, often to the highest bidder.

These are just some of the reasons that I started looking into self-hosting as much of my own data as I could.

Because not everyone has the option to self-host on their own, private hardware, whether it's for lack of hardware, or because their ISP makes it difficult or impossible to do so, I want to show you what I believe to be the next best step, and that's a semi-self-hosted solution on Linode.

Let's jump right in!

Setting up a Linode

First things first, you’ll need a Docker server set up. Linode has made that process very simple and you can set one up for just a few bucks a month and can add a private IP address (for free) and backups for just a couple bucks more per month.

Get logged into your Linode account click on "Create Linode".

Don't have a Linode account?  Get $100 in credit clicking here

On the "Create" page, click on the "Marketplace" tab and scroll down to the "Docker" option. Click it.

With Docker selected, scroll down and close the "Advanced Options" as we won't be using them.

Below that, we'll select the most recent version of Debian (version 10 at the time of writing).

In order to get the the lowest latency for your setup, select a Region nearest you.

When we get to the "Linode Plan" area, find an option that fits your budget. You can always start with a small plan and upgrade later as your needs grow.

Next, enter a "Linode Label" as an identifier for you. You can enter tags if you want.

Enter a Root Password and import an SSH key if you have one. If you don't that's fine, you don't need to use an SSH key. If you'd like to generate one and use it, you can find more information about how to do so here "Creating an SSH Key Pair and Configuring Public Key Authentication on a Server").

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