Nice
Good to see one of the two big packaging hubs do something against malware
Verification doesnt help at all if the source is not trusted. All this says is “upstream developers maintain this package”. Unofficial packages can be safe too, like VLC.
It does help prevent actual malware from being downloaded, though, since upstream developers probably won’t publish malware on Flathub.
But this is still a half-measure. I don’t understand why Red Hat and Canonical don’t treat this issue seriously; people on Linux are used to assuming software installed from the repos are safe, and yet Snap and Flatpak are being pushed more and more despite their main repositories being potentially unsafe.
Flathub is doing more and more, but stuff like hiding
--subset=verifiedis very bad.They simply need to gain critical mass until they can force changes like portals etc.
If you create malware and publish it on flathub, you are the upstream dev. But for sure it helps against duplicate scams.
I can’t find it now, but I read that the verification process also includes human review (for the initial verification, not every update), so it should actually prevent “verified” malware (though it does nothing against unverified malware).
Edit: Here’s an article with this and more info: https://lwn.net/SubscriberLink/966187/3ef48792e5e8c71d/
Nice!
Add flathub with
--subset=verifiedand get apps you really need from their .flatpakref files
Because both Red Hat and Canonical are of the “pay us to care” mindset. If you aren’t paying for support, you’re a freeloader and need to do your own research.
Fedora has their own flatpak repo built from their own rpms and their own runtime. Flathub has more flatpaks though.
This unverified badge does not prevent from malware being downloaded. This is a false statement! An upstream developer can have malicious intention and be verified as the upstream developer. This unverified badge only helps identifying its not a modified version by someone else and is guaranteed to be from the original developer. It does not prevent anyone from downloading and installing unverified apps. If that was the goal, then why having unverified apps in the first place on the store? Yes, because its useful. Therefore people will download unverified apps or just blindly trust verified apps.
At the moment his is enough. But if the Flathub store grows, this can be an issue. Look at the Android and ios app stores; there are plenty of apps from original developers with malicious intentions.
I said it helps prevent malware from being downloaded, not that it stops it completely.
That’s my point, it does not “help” preventing from malware from being downloaded.
It is reasonable to assume that a verified Flatpak will have a lower chance of containing malware, since initial verification includes manual review (by a Flathub maintainer), and certain changes (like default permissions) also require manual review.
So the way I see it, it does help, but not in a meaningful way.
Next step, display the “potential unsafe”-badge next to verified or unverified, that can be found on the same page. In example https://flathub.org/apps/io.github.shiiion.primehack is marked as verified, but if you scroll down you can see the application has full system and data access and is marked as potential unsafe.
cough cough snap cough
Snap already marks unverified apps
How does that Help against Malware?
It makes it obvious to people whether they are downloading Google Chrome as packaged by Google or as by someone else. That being said, Google Chrome is malware. That being said there is a lot more that needs to be done to truly prevent malware, which will be costly but will hopefully take effect when they’ve got the budget for it
Apt has done this forever
This is a good step but I still feel like it’s pretty obscure where a package is actually coming from. “by Google” or for the Steam package “by Valve” is really confusing and makes it sounds like it’s coming directly from the company. Unverified tells the user to pay attention but there is no hover over to say what it actually means.
Wait… so the author displayed in “by <author>” is the supposed author of the software, not the one that put it on the store? That’s insane! Also sounds like you’d be open to massive liability since the reputation of the software author will be damaged if somebody publishes malware under their name.
It should be:
- Developed by: <author of software>
- Uploaded by: <entity who uploaded to store>
Also maaany packages direct to issuetrackers of projects not supporting that flatpak.
If someone knows where that flathub metadata is stored I would love to know, as the manifest is not it. I would like to fix those to link to their own bugtrackers
Traditional GNU/Linux distributions (as well as F-Droid) are not “app stores” even though they are superficially similar. Traditional distributions are maintained and curated by the community, and serve the interests of users first and software developers second, whereas an “app store” has minimal curation and serves the needs of software developers first and users second.
I point this out because there’s an annoying meme that traditional distributions are obsoleted by the “app store” model. I don’t think that’s the case. “Verification” is essential for an app store but pointless for a distribution.
So all of them?
Would be nice if FlatHub actually supported cryptographic verification of apps…
Flathubs repository’s is GPG signed.
Nope. Link me to the docs that say this.
The GPG key is literally in the repo file https://dl.flathub.org/repo/flathub.flatpakrepo
Lol that’s not for signing the packages
There is no such thing as a “package”. It is a repository of binary data with references to data in it (ala git). The whole repo and all data is gpg signed.
Your claim that package payloads are signed is bullshit. Back it up by citing your sources
> ostree show flathub:runtime/org.kde.Platform/x86_64/6.6 commit a7443e846cf67d007fcecda5c9dc27844001cfb8929064395cfc25c6d71d9474 Parent: 23107550082daf3b2892a4a0db2543838578ca882340a756b988bc5c1614540c ContentChecksum: 607ba9475d32a24c51509bc7919f5a93d401f8f7198c30ad93ad74051d966c41 Date: 2024-01-30 13:55:08 +0000 build of org.kde.Sdk, Tue Jan 30 11:23:00 UTC 2024 (5998d2f3ef21414d14f066ab91fa44e5aef65b90) Name: org.kde.Platform Arch: x86_64 Branch: 6.6 Built with: Flatpak 1.14.4 Found 1 signature: Signature made Tue 30 Jan 2024 12:21:18 PM CST using RSA key ID 562702E9E3ED7EE8 Good signature from "Flathub Repo Signing Key <flathub@flathub.org>" Primary key ID 4184DD4D907A7CAE Key expires Mon 14 Jun 2027 08:19:40 AM CDT Primary key expires Mon 14 Jun 2027 08:18:56 AM CDT
great, when appimage hub begin doing this
I still don’t understand why a central repository for AppImages exist. The moment you are using a repository (and possibly version management), the format looses its reason to exist.
I don’t see how that’s true. The main point of AppImage is it ‘just works’ on any distro. If you have one primary place to distribute them to any distro - it’s still meeting AppImage’s vision.
To be fair, after some thinking I think you are right and I was a bit in a tunnel vision logic. My previous statement looks a bit foolish now.
No. Appimages are selfcontained and thus useful for archiving software or carrying it around in random ways. Flatpak could do this too but not as easy.
I personally use a few AppImages, but want replace them with Flatpaks. Flatpaks have their own issues, and because I did not want to troubleshoot in case I encounter another issue, just carry on using AppImages for these selected applications. Also I was not able to archive Flatpak easily, its very complicated with keys and not. Compared to it, I just have the AppImages included in my regular backup process with regular files.
My point was not if AppImages are useful (they clearly are and I use them), but was talking bout repositories. However after some other replies I thought about it and indeed such a repository makes sense even for AppImages. I personally just don’t have to use them.
Even with such a repo they are highly insecure by design.
Not really. AppImages are as much secure as any other executable you run on your system. If you download it from a trusted source, like you download trusted Flatpaks or your systems repository, then they are not worse. If you say AppImages are highly insecure, because you run executable code, then you have to take that logic to any other executable format. The problem is not the format itself that makes it insecure, it’s the source.
No they arent. Please read the linked post.
I read that page and there is nonsense included too. Just because I read that page does not make it correct. If you think that AppImages insecure, then you did not understand my point that its not the format thats insecure, but the source where you get the files. Every packaging system is insecure if you get it from bad source.
That’s not even a question. AppImages are fine and not insecure if you download it from a secure place you trust (like your system packages, you trust your distro maintainer fully). Would you trust every distribution maintainer on every distribution? Let’s say a Chinese Linux distribution, that maintains Flatpaks and native packages. Let’s say they are flaky. See? It’s the source you don’t trust, not the file format or packaging system.
Read my replies (just like you said I should read the linked post). And understand the issues.
What app is that GUI from?
This screenshot is from the Flathub website. The only good GUI for Flatpaks…
Gnome Software is pretty similar. KDE Discover way worse.
deleted by creator
