It’s a marketing article with nearly zero actual facts. One screenshot about the actual product.

MS and others already use AI for drawing building countours for OpenStreetMap and OvertureMaps from aerial imagery. In osm these AI generated lines are only allowed to be imported after a human supervision and currently it’s very hit or miss. On low density areas it’s mostly good, but in dense city centers it’s unusable.

In overture maps these lines are imported automatically, that’s why you can see buildings on rivers.

They don’t write about these shortcomings in the article, and how they solved AI hallucinations

It’s documented in the wiki, they are called VCS packages, and it’s not the usual, they work a bit differently: https://wiki.archlinux.org/title/VCS_package_guidelines

You can see in this instance, that it skips the sha checking for upstream source, in line 15 of the PKGBUILD it says ‘SKIP’: https://aur.archlinux.org/cgit/aur.git/tree/PKGBUILD?h=hyprspace-git#n15

sha1sums parameter is documented in the wiki: https://wiki.archlinux.org/title/PKGBUILD#sha1sums

In the PKGBUILD file you can list sources (line 12,13) and their respective checksums (line 14,15). In this PKGBUILD there are 2 sources: the first is the systemd unit file, it’s coming from the package’s AUR repo, not from upstream, you can see its checksum. The second source is the actual source, and you can see, it’s checksum is ‘SKIP’ so it shouldn’t be checked.

With these kind of packages you can’t get notified if there is an update available, but if you install it again with your favorite AUR helper it would update itself for the latest version. It calculates version number from the latest commit hash, before building and installing, so if that is the same it won’t update again.

It was 33rd in 2010:

In November 2010, the Air Force Research Laboratory created a powerful supercomputer, nicknamed the “Condor Cluster”, by connecting together 1,760 consoles with 168 GPUs and 84 coordinating servers in a parallel array capable of 500 trillion floating-point operations per second (500 TFLOPS). As built, the Condor Cluster was the 33rd largest supercomputer in the world and was used to analyze high definition satellite imagery at a cost of only one tenth that of a traditional supercomputer.

https://en.wikipedia.org/wiki/PlayStation_3_cluster

https://phys.org/news/2010-12-air-playstation-3s-supercomputer.html

Nix just calls the *.nix files, it’s still go under the hood. PKGBUILD is similar to the flake.nix and package.nix files to me, but I have no experience with nix.

I think that may be an American thing. I’ve never seen one here in Europe.

My general view is similar, yaml is better if it should be written by humans, json is better if it should be written and read only by a machine. but hyprspace uses json for configuration, so I don’t really understand cellardoor’s comment

They are users not developers. An academic or civil engineer who uses a CFD simulator usually has not enough programming knowledge develop such a complex application. The employer has not enough funds to pay for developers (see, they use a pirated software). Paying for developers is still more expensive than buying an already developed product.

Just look at the state of FOSS CAD software. There are some, but they are very-very limited compared to proprietary alternatives. Most people don’t care, they just want to get the work done. Not everyone is a programmer, even if it looks like that from our lemmy bubble.

In the Register article they didn’t copied from the source that the scientists were from Egypt.

Flow3D has different academic and research licenses: https://www.flow3d.com/academic-program/

• There is a free research license available, but it’s only for 4 months. It’s short, researches can take much longer than that.
• There is a free teaching license, but it can have limitations for using the software outside education. It may be forbidden to use outside classes, so it’s possible that they had a teaching license, but they couldn’t use that for research?
• There are licenses for full departments, but it’s available for selected countries only.

It’s strange that they went after these scientists. In 2nd and 3rd word countries software privacy for work is still common. Everything is cheaper, but software prices are the same as in the US, so they pay relatively more for the same tool. I found that a normal license for Flow 3D can cost USD 100k. According to a quick search civil engineers get USD 2000 yearly in Egypt.

Usually American software companies don’t really care about piracy by individuals in these countries. The rationale is that it’s better for them if they use their software without payment instead of using a software from another vendor without payment. They go after bigger companies, at least that’s my experience.

That’s why this story is strange to me, or at least something else should be behind it.

what:
  is:
  your:
    - problem
    - with:
      YAML
# At least you can have comments unlike in json. Who need comments in a config file anyway.

Or port forwarding. You have to open a udp port for wireguard

AUR packages ending with"-git" or “-svn” always pull the latest commit from source. The version number means that was the last time the packager had to change something on the PKGBUILD script, not the actual version which would be installed.

Where should I look? Where were these talks? I’m interested.

Edit: I found the whitepaper about hole punching: https://research.protocol.ai/publications/decentralized-hole-punching/

It says it connects to a “Hole Punch Coordination (DCUtR - Direct Connection Upgrade through Relay)”. So for NAT traversal to work, you need a third party, this relay. As I expected. I guess you can self host this, but than you could just host a wireguard server. I guess if you are on a locked down network where you cannot connect to any relay (e.g. how the Chinese Great Firewall works technically they could block it) you can’t initiate a connection behind a NAT.

Nonetheless it seems interesting, but no magic here. Maybe the big difference that the relay servers are distributed, so no central authority to block easily.

Interesting, it’s on AUR, I will try it.

So it doesn’t need any port forwarding, and works on CGNAT? How the “NAT hole punching” works? Both clients connect to something on IPFS?

Afaik, for DHT with torrent, clients need to know at least one tracker, what is the “tracker” here? Something on IPFS? Who am I sending my IP addresses?

How much overhead does this add to speed? I love with Wireguard, that it’s barely noticeable, really close to p2p speeds, OpenVPN was awful in this regard.

Grab is just one of the corporate contributors of OpenStreetMap, Grab’s “own map” is not theirs, it’s ours, “OpenStreetMap contributors” is the copyright holder, and copyright managed by the OpenStreetMap Foundation.

Grab is a Gold corporate member of the foundation, it means it pays EUR 15000 annually. You can see other corporate members here.

The license of the data is called ODbL, they call it open source in the article, but software licenses don’t work well outside the software world, it’s a database license. ODbL has one requirement: If you display the map, or any extracted data, you have to display the attribution text, which reads “© OpenStreetMap”. In the article there is a map, and they don’t display this attribution, so this article does not comply with the license of the map it tries to advertise…

This whole article sounds like an ad for Grab. More technological info about how Grab employees contribute to the map on the OSM wiki: https://wiki.openstreetmap.org/wiki/Grab

Edit: One more thing about Grab: they bought the Google Streetview alternative Kartaview in 2019 from Telenav. Kartview had a FOSS Android client, its old version is still on Fdroid. After the takeover Grab still published source changes and releases to Github, but Fdroid compatibility was broken at one point. In 2022 they changed the license of Kartaview, it’s not open source anymore…

So it’s the classic corporate take on open projects… if they could they would close down OSM and their data, but it seems like at the moment they get far more for that 15000 EUR. The wording of the article hints this, they call it “their” map…

While they support the project financially and contribute back and build nice things on top of the open data, the relationship can remain healthy between an open project and a big, for profit company, there are a lot of good examples for that. But the history of this company is a bit shady in parts, and we have seen things go wrong multiple times…

Those are update services. Upgrading your os is a basic security measure nowadays. You recommend to sacrifice some security because of a minor inconvenience. It’s alright if you can live with that tradeoff, but please don’t recommend it on the internet. Windows assumes a user is not knowledgeable enough about this topic, so it’s enabled for them.

Other hint, because it seems you are also not very knowledgeable about this topic, usually you can disable these things with group policies if you really want to, so you don’t have to run it after each boot. Or you can also set up a scheduled task or create a service with nssm.

I haven’t used any google services for ages (except yt and search occasionally), so I don’t follow it’s development

Excel is the one I don’t hate, all alternatives suck way more. Active Directory is also ok, but you have to click more than in a moba game, it can become annoying.

But they already have a “Nothing OS”: https://en.wikipedia.org/wiki/Nothing_Phone_1#Software

And they are calling that an “OS”:

“If you think about the tech stack for what an OS is, I don’t think we need to work on the lower parts of the stack — drivers and how hardware connects to software and the kernel,” Pei added. “I don’t think we need to work on that, but we should work on innovating the user experience, because operating systems haven’t really changed for 40 years.

Yeah, they speaking about another freaking skin…

The problem is not building a new operating system, but app support. We have and used to have a lot alternatives, but because mainstream apps are missing no one wants to use them. They don’t have enough users, so developers won’t develop for them, egg-chicken problem. Everyone tried to solve this by android compatibility layer, but android apps will always run better on android…

I use microG since years at this point, and while most things are working, I always find some quirks, and some random apps not behaving as they should. I’m fine with that, but a non-tech guy would freak out from that. And it’s not even a completely different os, only an alternative implementation of GMS aka Play Services.

See previous and current examples, all of them was/is a good or at least usable as an os, but if you can’t use your bank’s app or whatever app you need in your daily life, you won’t switch to it. Even M$ couldn’t solve this problem, why Mr. Pei could solve it.

Edit: Obviously in the article they don’t speak about an actual OS, but one more Android skin… So Mr. Pei is not planning to solve this, they are just redefining the meaning of words, Android skins are called "OS"s in entrepreneur speak nowadays.

I use the official desktop app, and it forgets filters as for OP

Posting here as there doesn’t seem to be an active Arch Linux community.

archlinux@lemmy.ml seems active to m

Your text says qemu-desktop is only “optional” for qemu-base. You can safely remove qemu-desktop, pacman won’t nag about optional dependencies.

For checking dependencies, I like to use pactree, it draws nice graphs in the terminal: https://wiki.archlinux.org/title/Pacman#Pactree