skysight-inc/HackerNews huggingface dataset:
Show HN: Free Tailwind CSS and React Dashboard for web developers (open-source)
N8n-io/n8n: Easily automate tasks across different services
This case is worse than just not working: the algorithm generates alert fatigue and misleads doctors who would do a better job and come to better decisions without the algorithm. In the hospital context, a fair characterisation might be that the algorithm causes deaths.
It's understood that multi-level security (MLS) is extremely hard to do, wanting MLS capabilities (which enables separation of co-located, hostile programs) while also entertaining high performance simply is not going to happen.

The problem is the obvious solution - get rid of the hostile programs! [i.e. removing the capability of any website to run code from anywhere on your machine] - has been ruled out from the start. Now we are only left with non-obvious solutions and bad trade-offs. Things like CPUs with fast/slow microarchitectures on the same die so you may run the JS engine on a slow core that has a harder time messing with things, for example. How many engineer-millenia are poured into trying to make this work?
What is the chance that this user has unbacked up data that someone could extort them for $500. Multiply this chance by the proportion who would enable a "go faster" option and then by 1.5 billion computers.

Let us say 20% and 25% * 1.5B. Maybe 75M targets give or take depending on how you want to do the math.
> Denmark reportedly has the lowest amount of corruption in the world if I am not mistaken

Lowest _percepted_ corruption, which is quite a bit different than what you suggest, maybe us danes are just completely oblivious ;)

Danes do have the same directness that you speak of.
Wait till you find out that the new Google Pay app also doubles as a chat app.
Isn't the fact that mitigations are widely deployed the primary reason why there aren't substantial attacks in the wild?
Spinning up extra capacity to handle a backlog or growing queue also has physical parallels, it's just harder / costs infinitely more when not in use.
Home-assistant/core: open-source home automation
> virtualized computing workloads running in the cloud

as trusted workloads?
Just the fact that this person created a throwaway account just to thrash talk, speak volumes.
SFX house Weta to offer movie tools as cloud service
This is true but honestly after using a fast SSD even linux on hard drive feels unacceptably sluggish by comparison.
Mocking is useless when the team that writes the mocks is the same team that wrote the tests and the code that is tested. When the team makes a wrong assumption it will be present in both code and tests.

Useful tests use the real code of the functions it is calling.
A Visual History of Windows Icons: From Windows 1 to 11
I read this the Linkin Park way
https://youtu.be/eVTXPUF4Oz4?t=53
Canceling student loan debt seems like a nice idea. Student loans were basically a corrupt bargain between universities (who got to raise tuition with impunity), banks (who collected the interest on the loans) and the federal government (which made student loans standard operating practice, made them hard to discharge, and turned them into a guaranteed money spigot that universities and banks milked in ever-increasing amounts, for half a century or more.)

Even better would be if universities and banks offered refunds for their excessive tuition and student loan charges for the past 50 years. ;-)

More realistically, perhaps we should make student loan debt the same as all other unsecured debt, since it's paid off with the same dollars. And universities should be subject to antitrust laws.
Digital Ocean container deployments are down
Learning Neural Network Subspaces
Engineering the Human Body Could Combat Climate Change
I'm just going to add that it also helps to describe your intent on code. For example, on Quarkus or other Java frameworks you use javax.ws.rs annotations. So if you're reading your code and see @GET or @PATCH you know what that method is doing even without reading the method signature. If you then add swagger it will generate a nice UI with colors and all that also helps to describe the purpose.
You can't just magic more cargo shipping capacity out of thin air, the lead times from signing to paperwork to having a container ship sail out of the dock are measured in years.

It's also very much a boom and bust industry, and there has been a succession of past bubbles that has left shipping companies very wary of building extra capacity only for it to sit around unused.
You can't really run Windows on an HDD anymore... well you can, but it's not a good experience.

It feels like all the speed we got from SSDs, and to some extent faster CPUs are quickly being consumed by Window, leaving us at the same speeds we had in 2010.
i thought that boston dynamics were a former DOD contractor, did this cause any problems with the authorization of the sale? (here it says that they got a lot of initial DARPA funding https://en.wikipedia.org/wiki/Boston_Dynamics )
> Of course they are if so many people are being fired.

You don't seem to understand. Amazon grows by 15-30% every single year.

We're constantly hiring, even if there is no attrition. We also have a high bar. The ~ ratio is 20 phone screens to 4 onsites to 1 hire. That's a lot of work to get a butt in a seat.

> Unless you want to get rid of someone it is better to keep your existing staff.

Only if you presume that every single team has to identify that X% of people for the URA target. They don't. Period. Full Stop. It's a lie.

> Team members can't help the new person because them doing well would mean putting yourself at risk

The #1 thing that gets asked about individuals during yearly operational reviews is "what did they deliver"? We try to identify individual contributions but individuals can't ship. Teams ship.
As CRP testing is easy and cheap, why do we still cling to heuristics such as measuring fever instead of measuring the infection?
OP here. If you're looking to move your Docker app to AWS, would love to help you with our one-click free tool: tinystacks.com. We can even migrate your database.
You can, to some extent. One of the side notes in the article addresses this point, the microcode version can be held back to an earlier version.
The project has a long history of skewing the performance benchmarks and making wild claims like "60% faster than epoll" and the creator gets very defensive when anyone questions it.

There are claims about SQPOLL that simply cannot be reproduced. Several ongoing threads about it on the liburing tracker.

There have been privilege escalation problems from the start that seem like they aren't being addressed.

It feels as though Facebook wants to have something revolutionary at the cost of quality and they're using the Linux kernel to do so, though I realize that's my own hot take.

Again, I've been following this (and writing code for it) since I could get my hands on the dev branches. It's only really good for filesystem I/O in its current form as that's the biggest focus they have for it. They (Facebook) care less about other resource types (e.g. sockets).

You can choose to believe me or not, I suppose.
Not American, does this imply that there were lots of better jobs for a significant fraction of retail workers, and they somehow didnt take them till the pandemic?
ARM/M1 family will be plenty of competition I think.
Zawinski's Law of App Envelopment: Every app attempts to expand until it can do chat. Those apps which cannot so expand are replaced by ones which can.
Not at all.

Power off closes all your apps, hibernate doesn't.

I'm generally using 15 or 20 apps. I only have to open those once a month after updates.

If someone uses power off, they have to open them daily (I know, because I have other computers in my house configured like that).
I’ve played OnLive a decade ago, same concept unless I’m missing something?
this would be the best usage for what we consider cars imaginable. also would negate the need to personally own a car. just order one from a fleet of autonomous cars if you are in need of mobility.
The scale is different. In Japan those jobs can be seen everywhere.
It’s not like that was far removed from iPhone 6S Plus.
A bit too close to Bitcon's proof of work scheme, of all things...
Whole system optimization is the key. One can't optimize in isolation. Will it run once? What are the inputs? How much memory will it take? How important is the result?

Now we are in the regime where parallelism and memory bandwidth efficiency is more important than constant factors of speed increase. 1k, 10k or 100k cores will be commonplace, even with slow interpreted code, the code the scales to more cores faster will win, even against C++. We already have more cores than we know what to do with.
One of the things I would encourage people to do, even if they are not lawyers is to actually read the supreme court opinions for yourself.

Anybody, no matter if you agree or disagree with their political leanings, who actually makes it to the US Supreme Court is crazy smart, and in general a good writer. In addition, they are assisted by really smart clerks. Because of this, their opinions tend to be quite readable and and many times quite entertaining (regardless of your political persuasion, the late Antonin Scalia wrote some memorable opinions).

Democracy really does work best if the average person takes time to learn about their government and the issues. Reading through Supreme Court judgements, concurrences, and dissents, is actually quite accessible and is a very nice summary of the arguments for and against a position, as well as how the judges are intepreting the hundreds of years of jurisprudence and precedents.
This is purely an artifact of poor system design. x86 platforms are notoriously bad at this.

I'm reverse engineering the Apple M1 and haven't found any trustability issues yet (besides the proprietary early stage bootloaders, but everything has that). There are some 12 or so coprocessors running proprietary firmware, but all of them are safely behind OS-controlled IOMMUs and not privileged to take over the system. There is no ME, no SMM, no TrustZone, nothing running with higher privilege than the OS. Most of the coprocessors have at least inspectable firmware (except the Secure Enclave, but you can just turn it off). The ARM architecture design makes it near impossible for an early boot backdoor to, say, run your OS in an undetectable VM too. No updatable microcode.

On x86 you have the ME running secret code with higher privilege than the main CPU, as well as SMM running secret code on the main CPU at a higher privilege than the OS and stealing cycles from it, as well as a rather poor track record of proper IOMMU sandboxing (especially for anything that isn't a PCI device), and secret, encrypted microcode updates.
Well, while I am fine with trying to make some infectious diseases to become extinct, I would be careful here, see https://en.wikipedia.org/wiki/Four_Pests_campaign. In any case, apparently somebody else wondered about that too: https://www.reddit.com/r/askscience/comments/wkyax/if_we_cou...

However, it's conceivable that in the future we will figure out how to carry out large-scale vaccinations of tics, so we eradicate certain diseases from them before they are transmitted to humans.
I installed the Win7 calculator, and it works like a charm. The no-hex functionality and splash screen really are terrible. I was used to start typing immediately after win+r calc ...
And under Windows with the VMware CPU Microcode Update Driver.
The language also has a website homepage too: https://thakeenathees.github.io/pocketlang/
Ah alright. I thought you didn't know. Have a good one.
> If you have Apple Watch, you can unlock your Mac instantly - no password input or TouchID required.

On a windows laptop, you have Windows Hello, which is very reliable and seamless. Most of the times you won't even notice it. No $400 watch required!

> You can trigger Do Not Disturb across the ecosystem from any of your devices.

This is just a single click. I don't see the big deal.

> Find My lets you keep track of all devices in the ecosystem with a global lost and found mesh network built in.

Cool, but I don't see much use for it. I have literally never needed to track my laptop or phone or keys.

> Apple Pay works seamlessly across iPad, Mac, Apple Watch, and iPhone. My Mac uses my iPhone's FaceID or a confirmation on my Watch to authenticate payments - no setup or weird configuration required.

My credit card works seamlessly across Apple, Android, Windows, real-life. My browser stores the card number and pre-fills it for me, no matter the device. No setup or weird configuration required.

> AirDrop works perfectly for me with all my devices. I can beam documents and data from device to device without thinking about it.

Very useful in some situations. However, I hardly need to use it since my android phone is auto-syncing photos and videos to my Onedrive, which is syncing to my laptop. This works across all ecosystems, unlike airdrop. When I do need to send a particular file, Your Phone app works beautifully.

> Handoff works across all my devices. I can start an e-mail on my iPad and continue on my Mac instantly.

I can do the same across all ecosystems using gmail and/or outlook.

> I can see the charging/battery state of my iPad, iPhone, Apple Watch, and Apple Pencil from any device in the ecosystem, including Mac.

Cool ability, I haven't thought about it, but I think I would enjoy it. Your Phone does show my phone's battery on my laptop.

> AirPlay works across my iPad, iPhone, HomePods, Apple TV, Mac, and even Apple Watch. AirPlay 2 is incredible and has no delay. Rock solid connection - much better than any other protocol I've used.

I am not sure what Airplay does. Is it something like bluetooth to stream music? Bluetooth works fine for me most of the time, and Chromecast also works well. Both of them are not locked into any particular brand, too.

> If I get a new device, setup and integration with the rest of my devices is instant - no configuration required. This is especially great with AirPods - I don't have to pair them with each device. I just pair with 1 and I'm good to go on the rest.

Same with Galaxy buds. I don't even need to have bluetooth on. The phone will still detect the buds.

> Apple Store support for everything in my ecosystem.

Not sure what you mean by this.

As you can see, I don't find any great benefits to the Apple ecosystem compared to other, more open systems. And it doesn't hurt that almost everything is much cheaper than iStuff too.
What ARM device outside of M1 is competitive for desktop ?
Smoothstep Integral
Better yet, the microcode should be open source and programmable just like the macrocode.
Probably you're on Win as you mentioned gaming. In Linux you can pass `mitigations=off` as a kernel boot time switch [1]. I did it on my old PC at home and it felt a bit snappier after that. However, I don't have any numbers to quantify it.

[1] https://www.phoronix.com/scan.php?page=news_item&px=Spectre-....
Thanks for your hard work! I'm looking forward to read more about your findings (and to running alternative OSes on the M1).
What models on the market use 4D imaging radars? All info I can find shows products releases in the past 1-2 years for future vehicles.
Pretty good presentation.
i'm not sure if they operate in the classical sense of a company with a budget. i see them more as a research facility with huge interest from the military and law enforcement complex.
If you like Lua and like Lisp-y languages you might like: https://github.com/bakpakin/Fennel which compiles to Lua.
Git is beautifully designed. The command line interface, not so much.
I like my dishwasher because:

1. It saves a huge amount of water.

2. It saves a lot of time for me.

That's basically it. If you feel you can spend the time without problems and water is not an issue in your area there is no need to get one.
Do you have any benchmarks illustrating the difference?
For those interested in time series library, we are developing Darts [1], which focuses on making it easy & straightforward to build and use forecasting models. Out of the box it contains traditional models (such as ARIMA) as well as recent deep learning ones (like N-Beats). It also allows to easily train models on multiple time series (potentially scaling to large datasets), as well as on multivariate series (i.e., series made of multiple dimensions). It will soon support probabilistic forecasts as well.

[1] https://github.com/unit8co/darts/
Build IP Allow/Deny List with Cloudflare/Redis
It desensationalises/de-clickbaitises/de-Buzzfeedises a lot of stuff. The submitter can edit it, and the edit doesn't go through the same sanitisation. Also if it's popular enough for a moderator to notice/they happen to, they often fix them too (or sanitise further in other cases).
CNN has the story, but there's much more detail in the Chinese media. Here's a Google translation.[1]

The crackdown has two sides. One is from the People's Bank of China telling the other big banks in China not to deal with crypto companies. The other is more direct. The state power company is disconnecting the power from mining operations. "At midnight on June 20th, Sichuan Bitcoin and other virtual currency mining machines were collectively powered off." "This time it can be said to be a complete farewell," a mining machine manufacturer told reporters. "The process of de-sinicization of mining has already begun."

The article linked here has some interesting numbers. Total Bitcoin hash rate is down 36% from the peak in May. NVidia graphics card prices are down. All the major China mining pools are way down.

[1] https://translate.google.com/translate?hl=&sl=zh-CN&tl=en&u=...
> The lack of domain sep means stuff like a subkey itself is a valid payload signed by the master key

Well. There are two proposals. If we go with the subkey proposal, we'd not implement the simple protocol, solving that issue.

> Signer is setup to have the whole input in memory at once

It's fine.

> This text says very little about validating trusted keys. A signature where you just take the pubkey from the input

That would be silly. APT would maintain a list of allowed public primary keys. The spec hints at that with "Clients shall verify all signatures from supported algorithms in the Release file, whether a given key is considered trusted or not."

> No obvious affordance for additional signed metadata, which is useful for forensics. So, for example, if a project has multiple parties with access to the keys they may want to tag which user(s) authorized the signature or included a timestamp. If their signing is performed by a HSM (e.g. something like USB armory that allows no user access) the consistency of their metadata could be preserved. This could probably be kludged on by requiring the metadata just be inside the payload somewhere.

We don't have a use for that. The feature set of GPG is already over the top.

> It's not entirely clear to me that it's supported to hand out multiple subkeys to different parties all with the same serial, and they stay all equally valid until a key is observed with a newer serial (at which point all subkeys need to be updated)

Yeah, the serial exists to revoke all priorily issued subkeys, effectively.
Karpathy joined Tesla way before they ditched radar. You’re saying it’s more likely that he based his work on a “student-quality” prototype?
The thing I really like of Git is the simplicity and transparency of its structure: a Git repository is a DAG of commits, each of which is a tree of blobs and directories, all of them linked by their hashes. On top of that there are tags and branches, which are labels for some of these hashes. That's all, essentially. This makes it very easy to understand what's happening in my repositories. It makes it easy to address data: if two repositories have the same commit hash, they have exactly the same history, nothing else to check.

To me understanding the data structure is more important that understanding how that data is to be manipulated. Manipulation follows from the structure, not the other way around for me. So it's true that git's interface can be a bit confusing, but if you know what you want to get, eventually you find out how to do it. Much worse would be to understand if you did the right thing with a repository whose internal structure is opaque to you.

Also, manipulation tools can be fixed, enhanced, redesigned, developed, and git's user interface has definitely progressed since its beginning. Data at rest is more difficult to fix if you laid it out wrong (as the transition away from SHA1 proves: that's one thing that was not engineered well enough at the beginning and it has a price now). So having a solid data layout is more important that having an easy interface.

These are the reasons for my love at first sight with git.
Just remember that --force-with-lease only protects you from overriding commits you have not yet fetched.
EU Changes VAT Rules for Imported Products; Packages will be more expensive
It doesn't, a bad manager (allegedly) did. Having said that, having say 50% fewer commits than your peers is probably a reason to dive-deeper...it could be a good thing, maybe you were unblocking tasks and writing docs, or tackling the thorny issues...but also could be you are less productive.
Bacteria are thriving in the sky – and they influence weather
it's very easy from the CLI. Much easier than from GUIs actually

git diff
git diff --staged
git restore --staged --partial
git commit

you can also add commit hooks to reject changes like conflict markers
that's one of the main reasons why i switched to linux. double clicking a file in windows to open it but it would activate file renaming instead. this was all on their surface book 2 which you would think would be fast enough but it used to happen quite a bit. ive been using windows since xp as well so its not like i don't know how to double click things. its something that only started happening a few years ago

anyway, linux is great now. clicking only selects or opens a file, to rename you have to open the right click menu or press F2
For training forecasting models on multiple time series (and potentially large datasets), you can take a look at Darts [1] and the blog post [2].

[1]: https://github.com/unit8co/darts/

[2]: https://medium.com/unit8-machine-learning-publication/traini...
Another potential source:

https://www.iamexpat.nl/expat-info/dutch-expat-news/new-eu-v...
> They'd probably dismiss it as "invalid" because, see, it's not an RCE if it's only exploited by a "trusted party" like Google themselves.

They never learn from Solar Winds, do they ?
So all of that 'research' and several FSD crashes later and they have added a new driver monitoring tool in the refreshed line of Tesla Model S Plaid vehicles because even with FSD turned on, you must have your eyes on the road at ALL times whilst driving. [0] Looks like someone made a correct prediction on this technology and it was none other than Comma.ai [1]

I have to give it to Elon that he was able to keep his fans believing a big lie of their FSD system to achieve Level 4 / 5 autonomy last year, when this year it was admittedly Level 2 [2].

The fans will continue to believe his lies and keep on saying "It's coming soon, you'll see..." when they have just been sold a Fools Self Driving System™.

[0] https://twitter.com/Model3Owners/status/1406002366923612163

[1] https://twitter.com/comma_ai/status/1406304017400012800

[2] https://www.news18.com/news/auto/teslas-full-self-driving-cl...
Any idea why this video went private?
The Power of New Zealand’s Alpine Fault
You’re intent on oversimplifying the issue to support your view, but this comment makes no sense. Of course you can avoid sensor fusion issues by not doing sensor fusion. Regardless of how many sources you have, you still have to decide if you trust the data, having less sensors doesn’t change that. And having more sensors means you have to decide which input to trust.
you can also set

git config commit.verbose true

to always have this behavior