fidzu : geek

Last.fm announced that it is independent again after separating from Paramount Skydance, nearly two decades after CBS acquired the music-tracking service in 2007. The company says accounts, scrobbles, privacy settings, Pro subscriptions, and billing information will remain intact. Additional details are forthcoming. Engadget reports: "Today, Last.fm begins a new chapter as an independent company," the announcement reads. "Ownership has changed, but the product you use every day has not." It also said that it will keep its current team. Last.fm is a music website that can track what you listen to across platforms, apps and streaming services, including Spotify, YouTube and Apple Music. [...] Last.fm started as an internet radio station in 2002, and it didn't get scrobbling until a few years later when it merged with the original team that created the tracking process. It operated as an independent company until it was acquired by CBS Interactive, which is now part of the merged Paramount Skydance Corporation, for $280 million in 2007. In 2014, it killed off its $3-a-month subscription radio service to focus on tracking your listening habits on other providers. The company promised to share more about what you can expect from the transition in the coming weeks, but everything will work on Last.fm "exactly as it did yesterday" for now.

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28 May 2026 11:00am GMT

Forecasters say expected El Niño should temper hurricanes in Atlantic, urge preparedness.

28 May 2026 10:00am GMT

ETH Zurich researchers say they have generated certified "perfect randomness" for the first time by using a quantum Bell-test setup with two entangled superconducting chips connected by a 30-meter cooled link. "In the long term, this work could play a similar role in digital security as atomic clocks do for timekeeping: a physically certified source of randomness that other systems can rely on," reports Phys.org. "Possible applications range from the encryption of sensitive communications and digital identities to public randomness services for lotteries and blockchain applications." From the report: They call their method randomness amplification. "This was made possible by an improved so-called Bell-Test with simultaneously high quality and high data rate," says [Renato Renner and Andreas Wallraff]. He and his coworkers use a complex setup that consists of two superconducting chips, which they cool down to very low temperatures close to absolute zero. Each chip represents a quantum bit or qubit, which can take on the states "0" or "1" or any arbitrary superposition of these states. A 30-meter-long tube, which is also cooled down, connects the two chips. Microwave photons can fly back and forth between them, thus creating quantum mechanical entanglement. This means that a quantum measurement on one qubit, which randomly yields the values "0" or "1," influences automatically and at a distance whether "0" or "1" is measured on the second qubit. The separation of 30 meters ensures that, during the measurement, even at the speed of light, no information can be exchanged between the qubits. This would disturb the perfect randomness. Wallraff and his team made the choice of the exact type of measurement (or "measurement basis" in technical jargon) on the two qubits depending on an imperfect random number generator. Renner's coworkers could then amplify the randomness of the measurement results further using a special algorithm. "The resulting sequence of zeros and ones is now really perfectly random, and we can even certify that," says Renner. He likens this result to crossing a ridge: "The technical improvements allowed us, for the first time, to create random numbers that will remain perfectly random for all eternityâ"no matter what analytical methods are used to assess their randomness." The findings have been published in the journal Nature.

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28 May 2026 7:00am GMT

An anonymous reader quotes a report from Ars Technica: Now sites have a new way to spy on their visitors: measuring subtle interactions with their solid-state drives. The technique, named FROST (fingerprinting remotely using OPFS-based SSD timing), allows sites to monitor other sites a visitor is viewing and what apps are open on their devices. The technique, laid out in a research paper (PDF), exploits a side channel, a form of leak resulting from physical manifestations such as electromagnetic emanations, data caches, or the time required to complete a task. By measuring the manifestations, attackers can decrypt encrypted traffic and infer other confidential data. The attack that FROST uses is known as a contention side channel, which measures the interaction of various processes all using (or competing for) a given resource. By measuring the timing of certain I/O (input-output) operations of the SSD a visitor is using, the researchers were able to determine the websites open in other tabs -- even on other browsers -- and the apps that were open on the visitor's device. FROST requires no interaction from the visitor other than opening the site hosting the attack. [...] Unlike previous contention side-channel attacks on SSDs, FROST runs exclusively in the browser. It uses JavaScript that interacts with the OPFS (origin private file system), an allocated storage space that's reserved for a specific site to run code needed to complete a given task. Websites can create one with no interaction required by the visitor. While each file system is sandboxed, meaning it's isolated from other websites and from the device system itself, the JavaScript can measure the I/O interactions. Then, by running those interactions through a pretrained convolutional neural network -- a system that uses deep learning to analyze text, audio, and images -- the attacker can deduce various apps and websites open on the device. "The attacker continuously measures SSD contention by performing random reads from a large OPFS file," the researchers explained. "SSD contention caused by user activity causes measurable latency differences for these read operations. By training a convolutional neural network (CNN) on these traces, the attacker can fingerprint user activity on the host system by classifying new traces using the trained model."

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28 May 2026 3:30am GMT

We've talked about the various age verification laws in the United States, and there's been a development recently that a lot of people seem to think is a good thing: both the age verification laws in California and Colorado have received exemptions for open source operating systems. I fail to see how this is a good thing, and luckily, I don't even have to explain why because Liam Squires-Hand from GamingOnLinux already did it for me. When all these laws get stamped and approved, what happens when you run an operating system (let's say Fedora or Ubuntu) and some web service or application is forced to do age checking and verification (or they face massive fines). Unless Linux distributions / desktop environments do end up implementing something that correctly adheres to these laws, what do you think will happen? Those services / apps could very likely just entirely block Linux in certain regions - or even all regions if it's Linux to prevent any issues for them. ↫ Liam Squires-Hand at GamingOnLinux That's the core of it, right there. These nebulous exemptions are not solutions; they're barely even band-aids. Windows, macOS, iOS, and Android will implement whatever fascist anti-privacy age-verification nonsense governments can come up with, and virtually all services and applications that need to implement support for it will just follow along as well. Do you really think they're going to craft exceptions for the few percent of their users running Linux? The past three decades of computing history has made it very clear that no, they will not. But the exceptions have already achieved their goal: the Linux world is happy and lulled right back into a sense of complacency. What could possibly go wrong?

27 May 2026 11:19pm GMT

But what I want to write about today are three protocols that have their own ecosystems, their own communities, and their own aesthetics. finger://, gopher://, and gemini://. Two predate the World Wide Web entirely, but one was created in 2019, the same year the first black hole photograph circled the planet. None of them require a GUI. None of them require JavaScript. All three of them run in a terminal. ↫ Brennan Day I ran an OSNews Gemini capsule from my office for quite a while, but managing it from my own workstation computer became a little annoying and cumbersome. I should take a weekend off at some point and devise an easy way to convert our RSS feed into separate files for Gopher and Gemini and serve them from my Proxmox mini PC, if only to do my part in contributing to the success of independent protocols.

27 May 2026 10:58pm GMT

California civil rights agency hails win over Tesla, anticipates trial in July.

27 May 2026 9:08pm GMT

Telltale SSD activity can be measured in the browser using simple JavaScript.

27 May 2026 8:56pm GMT

Now that my one-month sentence of using Windows 11 has begun (you can follow along!), I'm also a bit more perceptive of news and developments regardingMicrosoft's latest and greatest operating system version. Despite claims to the contrary, we already know the company isn't really removing "AI" features from Windows, merely renaming them instead, but it turns out they're planning something more all encompassing: the Copilot Design System. Long-time Microsoft veteran Jon Friedman published a blog post introducing this new concept. As Copilot steadily evolves into a thought partner-an intelligent presence woven into your workflow-its backbone will become the Copilot Design System, an AI-forward design system we're crafting to feel intentional and humane. From orchestration patterns to iconography, the experience we're building will ultimately have components that work together to amplify thinking, guide decisions, and unlock creativity-seamlessly, wherever you work. Anchored in customer feedback around creating better experiences, a fundamental question guides our system's evolution: how would a thoughtful partner look and behave? ↫ Jon Friedman at Microsoft's design blog I've read the whole post and I still have no idea what most of it is supposed to mean in practice. It feels like the written equivalent of someone trying to put lipstick on a pig, and pretty much anyone is going to see right through the fancy words and phrases and realise what we're really dealing with here: a company trying to figure out just how far they can shove "AI" down your throat before you gag reflex kicks in. You can hide behind flowery language all you want, but if you're selling shit, it's going to stink regardless. The only concrete user interface idea that's come out of this Copilot Design System was a floating Copilot button that permanently floated on top of your workspace area in Word, Excel, and so on, obscuring the actual things you were working on. Users hated it so much that Microsoft had to quickly release what is essentially a hotfix to give people the ability to remove that floating button, putting it in a toolbar instead. Like I said: people see right through these thinly-veiled attempts at baiting them into using your pachinko machine. Anyway, yes, I'm working from Windows 11 now, just as you people paid me to do. Here's the proof: Only 30 days left to go. I can do this.

27 May 2026 6:45pm GMT

Just trying to answer one simple question: What if the terminal was 3D?

11 May 2026 12:00am GMT

Break the pattern today or the loop will repeat tomorrow.

18 Apr 2026 12:00am GMT

My thoughts on AI-assisted programming.

11 Apr 2026 12:00am GMT