cross-posted from: https://discuss.tchncs.de/post/22423685

EDIT: For those who are too lazy to click the link, this is what it says

Hello,

Sad news for everyone. YouTube/Google has patched the latest workaround that we had in order to restore the video playback functionality.

Right now we have no other solutions/fixes. You may be able to get Invidious working on residential IP addresses (like at home) but on datacenter IP addresses Invidious won't work anymore.

If you are interested to install Invidious at home, we remind you that we have a guide for that here: https://docs.invidious.io/installation/..

This is not the death of this project. We will still try to find new solutions, but this might take time, months probably.

I have updated the public instance list in order to reflect on the working public instances: https://instances.invidious.io. Please don't abuse them since the number is really low.

Feel free to discuss this politely on Matrix or IRC.

Despite US dominance in so many different areas of technology, we're sadly somewhat of a backwater when it comes to car headlamps. It's been this way for many decades, a result of restrictive federal vehicle regulations that get updated rarely. The latest lights to try to work their way through red tape and onto the road are active-matrix LED lamps, which can shape their beams to avoid blinding oncoming drivers.

From the 1960s, Federal Motor Vehicle Safety Standards allowed for only sealed high- and low-beam headlamps, and as a result, automakers like Mercedes-Benz would sell cars with less capable lighting in North America than it offered to European customers.

A decade ago, this was still the case. In 2014, Audi tried unsuccessfully to bring its new laser high-beam technology to US roads. Developed in the racing crucible that is the 24 Hours of Le Mans, the laser lights illuminate much farther down the road than the high beams of the time, but in this case, the lighting tech had to satisfy both the National Highway Traffic Safety Administration and the Food and Drug Administration, which has regulatory oversight for any laser products.

The good news is that by 2019, laser high beams were finally an available option on US roads, albeit once the power got turned down to reduce their range.

NHTSA's opposition to advanced lighting tech is not entirely misplaced. Obviously, being able to see far down the road at night is a good thing for a driver. On the other hand, being dazzled or blinded by the bright headlights of an approaching driver is categorically not a good thing. Nor is losing your night vision to the glare of a car (it's always a pickup) behind you with too-bright lights that fill your mirrors.

This is where active-matrix LED high beams come in, which use clusters of controllable LED pixels. Think of it like a more advanced version of the "auto high beam" function found on many newer cars, which uses a car's forward-looking sensors to know when to dim the lights and when to leave the high beams on.

Here, sensor data is used much more granularly. Instead of turning off the entire high beam, the car only turns off individual pixels, so the roadway is still illuminated, but a car a few hundred feet up the road won't be.

Rather than design entirely new headlight clusters for the US, most OEMs' solution was to offer the hardware here but disable the beam-shaping function—easy to do when it's just software. But in 2022, NHTSA relented—nine years after Toyota first asked the regulator to reconsider its stance.

But while the harms to publishers and advertisers have been outlined at length, there's been less talk about the seemingly major consequences for consumers perhaps harmed by the alleged monopoly. Those harms include higher costs of goods, less privacy, and increasingly lower-quality ads that frequently bombard their screens with products nobody wants.

By overcharging by as much as 5 or 10 percent for online ads, Google allegedly placed a "Google tax" on the price of "everyday goods we buy," Tech Oversight's Sacha Haworth explained during a press briefing Thursday, where experts closely monitoring the trial shared insights.

"When it comes to lowering costs on families," Haworth said, "Google has overcharged advertisers and publishers by nearly $2 billion. That's just over the last four years. That has inflated the price of ads, it's increased the cost of doing business, and, of course, these costs get passed down to us when we buy things online."

But while it's unclear if destroying Google's alleged monopoly would pass on any savings to consumers, Elise Phillips, policy counsel focused on competition and privacy for Public Knowledge, outlined other benefits in the event of a DOJ win.

She suggested that Google's conduct has diminished innovation, which has "negatively" affected "the quality diversity and even relevancy of the advertisements that consumers tend to see."

Were Google's ad tech to be broken up and behavioral remedies sought, more competition might mean that consumers have more control over how their personal data is used in targeted advertising, Phillips suggested, and ultimately, lead to a future where everyone gets fed higher-quality ads.

That could happen if, instead of Google's ad model dominating the Internet, less invasive ad targeting models could become more widely adopted, experts suggested. That could enhance privacy and make online ads less terrible after The New York Times declared a "junk ad epidemic" last year.

The thinking goes that if small businesses and publishers benefited from potentially reduced costs, increased revenues, and more options, consumers might start seeing a wider, higher-quality range of ads online, experts suggested.

Better ad models "are already out there," Open Markets Institute policy analyst Karina Montoya said, such as "conceptual advertising" that uses signals that, unlike Google's targeting, don't rely on "gigantic, massive data sets that collect every single thing that we do in all of our devices and that don't ask for our consent."

Clinical information systems and healthcare patient portals are proving to be a significant waste of money. Millions of dollars are invested into developing and maintaining these platforms, often by third-party vendors, to provide patients with online access to their medical records. While the idea behind these portals is great in theory, the execution falls flat when healthcare providers continue to send massive amounts of paper copies through the mail, despite the digital system. This redundancy is both financially wasteful and environmentally harmful, especially when patients like me would prefer a paperless option.

Even more frustrating is that at my current health insurance company, I can't even opt out of receiving paper copies. Despite several attempts to request this, I'm told there's no way to stop the influx of mail. Now, I'm left with no choice but to purchase a $70 paper shredder just to deal with the overwhelming amount of unnecessary paperwork I receive. It feels like an outdated system where healthcare organizations are not fully committed to leveraging the digital tools they've invested in.

To make matters worse, the US Postal Service bears the burden of delivering all these unnecessary documents. This means taxpayers and other users of the postal system are indirectly subsidizing this inefficiency. It’s absurd that after all the time and money spent on developing patient portals, they’re not serving their purpose if the same information is just going to be mailed out anyway. It’s a huge missed opportunity for cost savings and sustainability.

For anyone curious about which platforms I'm talking about, my chart, Healow. These are the two that I have used. I'm sure there are many others, but Blue Cross is also part of the problem, they have their own custom proprietary software that you can log in and see your bill and all that stuff but they will still send you the crap in the mail. And cannot get them to stop

I am looking to buy a new laptop, and I'd be interested in the Framework laptop. What I like are the replaceability and upgradeability of parts, and the fact it is not (to my knowledge) tied to any large corporation.

However, they are not available for Switzerland, and there is no telling if and when they will be. I'm not dead set on having replaceable parts, but I'd at least like to have something that would not cause issues if I were to install a Linux distrib' on it (I had a Surface Pro, and had trouble setting up a Mint on it due to missing drivers for the keyboard). And helping smaller companies is a nice plus.

What would your recommendations be?

Please remove it if unallowed

I see alot of people in here who get mad at AI generated code and I am wondering why. I wrote a couple of bash scripts with the help of chatGPT and if anything, I think its great.

Now, I obviously didnt tell it to write the entire code by itself. That would be a horrible idea, instead, I would ask it questions along the way and test its output before putting it in my scripts.

I am fairly competent in writing programs. I know how and when to use arrays, loops, functions, conditionals, etc. I just dont know anything about bash's syntax. Now, I could have used any other languages I knew but chose bash because it made the most sense, that bash is shipped with most linux distros out of the box and one does not have to install another interpreter/compiler for another language. I dont like Bash because of its, dare I say weird syntax but it made the most sense for my purpose so I chose it. Also I have not written anything of this complexity before in Bash, just a bunch of commands in multiple seperate lines so that I dont have to type those one after another. But this one required many rather advanced features. I was not motivated to learn Bash, I just wanted to put my idea into action.

I did start with internet search. But guides I found were lacking. I could not find how to pass values into the function and return from a function easily, or removing trailing slash from directory path or how to loop over array or how to catch errors that occured in previous command or how to seperate letter and number from a string, etc.

That is where chatGPT helped greatly. I would ask chatGPT to write these pieces of code whenever I encountered them, then test its code with various input to see if it works as expected. If not, I would ask it again with what case failed and it would revise the code before I put it in my scripts.

Thanks to chatGPT, someone who has 0 knowledge about bash can write bash easily and quickly that is fairly advanced. I dont think it would take this quick to write what I wrote if I had to do it the old fashioned way, I would eventually write it but it would take far too long. Thanks to chatGPT I can just write all this quickly and forget about it. If I want to learn Bash and am motivated, I would certainly take time to learn it in a nice way.

What do you think? What negative experience do you have with AI chatbots that made you hate them?

Modern AI data centers consume enormous amounts of power, and it looks like they will get even more power-hungry in the coming years as companies like Google, Microsoft, Meta, and OpenAI strive towards artificial general intelligence (AGI). Oracle has already outlined plans to use nuclear power plants for its 1-gigawatt datacenters. It looks like Microsoft plans to do the same as it just inked a deal to restart a nuclear power plant to feed its data centers, reports Bloomberg.

Following today's launch of the new iPhone 16 models, Apple has shared repair manuals for the iPhone 16, the iPhone 16 Plus, the iPhone 16 Pro, and the iPhone 16 Pro Max. The repair manuals provide technical instructions on replacing genuine Apple parts in the ‌iPhone 16‌ models, and Apple says the information is intended for "individual technicians" that have the "knowledge, experience, and tools" that are necessary to repair electronic devices.

I recently discovered that Redox OS got a new release earlier this month. I'm quite surprised how far they managed to get, given that only a handful of people are working on this project (compared to the Linux kernel).

Now, I'm curious what it would take to get bigger players to focus on this project. Given the recent Linux + Rust drama, it would surprise me if the backers of Rust for Linux would not give this project some attention.

edit: after 20 comments, i'm adding a post description here, since most of the commenters so far appear not to be reading the article:

This is about how surprisingly cheap it is (eg $15,000) to buy a complete production line to be able to manufacture batteries with a layer of nearly-undetectable explosives inside of them, which can be triggered by off-the-shelf devices with only their firmware modified.

It feels like every few months there's a new tech "revolution" being hyped up as the future. Besides AI, what’s the most overhyped trend in tech right now? For me, it’s the constant buzz around the metaverse.

The SonicWall Capture Labs threat research team became aware of the threat CVE-2024-20017, assessed its impact and developed mitigation measures for the vulnerability. CVE-2024-20017 is a critical zero-click vulnerability with a CVSS 3.0 score of 9.8, impacting MediaTek Wi-Fi chipsets MT7622/MT7915 and RTxxxx SoftAP driver bundles used in products from various manufacturers, including Ubiquiti, Xiaomi and Netgear. The affected versions include MediaTek SDK versions 7.4.0.1 and earlier, as well as OpenWrt 19.07 and 21.02. This translates to a large variety of vulnerable devices, including routers and smartphones. The flaw allows remote code execution without user interaction due to an out-of-bounds write issue. MediaTek has released patches to mitigate the vulnerability and users should update their devices immediately. While this vulnerability was published and patched back in March, only recently did a public PoC become available making exploitation more likely.