End-to-end encryption means the service provider can’t see your data even if they wanted to
Not necessarily. All it means is that intermediaries can’t see the data in transit. You need to trust that the data is handled properly at either end, and most service providers also make the apps that you run at either end.
This is incorrect. End-to-End is defined as from “User to User” and not “User to Service provider”. That would be just transport encryption.
I switched to adguard, yes. But you can just give pi-hole a dnsmasq config file. The underlying dns server Pi-Hole uses does support those.
Just mount the file via a docker volume. I will have to look up the exact paths. Config would look like
address=/domain.tld/192.168.0.1
Based on you screenshot from the NPM Dashboard there seems to be something wrong. In the setup window you show that you forward the traffic with http and port 80, in the dashboard screenshot you forward the traffic with https and port 80.
Just skip http and self signed certificates all together. Modern Browsers make it a pain to use non https sites. A simple domain setup with dns acme challenge is a little bit of a hassle but worth the hour(s) of invested time. Especially with npm were it is a set and forget option.
Does pihole support wildcard dns entries yet? To my knowledge the gui only supports single entries so that you have to enter every subdomain manually in pihole that you want to have forwarded. Workaround would be to use a dnsmasq config file or use something else like addguard.
It usually is the directory where you execute the docker compose command.
And which one of those are actually vulnerabilities that are exploitable? First, yes ofc unauthenticated endpoints should be fixed, but with those there is no real damage to be done.
If you know the media path then you can request a playback, and if you get the user ids then you can get all users. That’s more or less it.
Good? No. But far from making it a poor choice exposing it.
Performance is not the goal, but cleaner code and more manageable code. But both will ultimately lead to better performance. As of now it was basically impossible to change something in the database structure since it was hard to estimate the impact of it.
… and may also break compatibility with previous 10.Y releases if required for later cleanup work.
If you read through the whole paragraph, it is clear that they mean the compatibility of previous jellyfin versions.
Also, again:
Note however that the 10.Y.Z release chain represents the “cleanup” of the codebase, so it should be accepted that 10.Y.Z breaks all compatibility,
That means that the code is not cleaned up with that release.
If you would release 11 before the code is considered cleaned up, you would basically break your own defined versioning convention. That is best decided by the active maintainers.
Consider the 10.y.z simply to be 0.y.z and everything works out.
Jellyfin inherited a lot of shitty code and architecture from emby. They simply cannot guarantee anything across patches until it is sorted out.
imho much better then releasing major version after major version because the break stuff regularly.
Also for internal use. The original emby source used not within the code base standardized database access.
Basically changes to the database were not possible since finding references across the code base which part uses which values was impossible.
Note however that the 10.Y.Z release chain represents the “cleanup” of the codebase, so it should be accepted that 10.Y.Z breaks all compatibility,
Its right there at the link you posted.
Tailscale offers way more then just wireguard. ACLs, NAT traversal etc. etc.
While some use cases can be replaced with traditional wireguard, others not.
Really surprised about this. I am using syncthing now for many years on various devices and never encountered issues with it. And also, file sync is not a backup solution.
Still the same but afaik they now somewhat support running zfs
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Do you want to prevent brute forcing or do you want to prevent the attack getting in?
If you want to prevent brute forcing then software like fail2ban helps a little, but this is only a IP based block, so with IPv6 this is not really helpfull against a real attack, since rotating IP addresses is trivial. But still can slow down the attacker. Also limiting the amount of sessions and auth tries does significantly slow down the attacker.
If you just want to not worry about it set strong passwords, and when it is a multi user system where other ppl might access it, configure Public Key Auth so you can be sure the other users have strong passwords (or keys in this case) to authenticate.
With strong passwords or keys it is basically impossible to brute force your way in with ssh.
Why would you need Tailscale for syncthing?
You do not even need a port based firewall when the server is open on the internet.
When you configure the software to not have unnecessary open ports over the internet connected interface then a port based firewall is providing zero additional security.
A port based firewall has the benefit that you can lock everything down to the few ports you actually need, and do not have to worry about misconfigured software.
For example, something like docker circumvents ufw anyway. And i know ppl that had open ports even tho they had ufw running.
I can see where they are comming from, but i do not understand it. Remote streaming was free and is now only available via a subscription or the lifetime pass. So it is locked behind a subscription. Ofc it is more nuanced, but the title expresses really cleanly what the topic is.
Clickbait (also known as link bait or linkbait) is a text or a thumbnail link that is designed to attract attention and to entice users to follow (“click”) that link and view, read, stream or listen to the linked piece of online content, being typically deceptive, sensationalized, or otherwise misleading.
https://en.wikipedia.org/wiki/Clickbait
Title is not really deceptive or misleading.
In fact security by obscurity is not security at all. In this case it should be authenticated or to the very least to actually use a random string like a uuid. But, changing the root path does prevent it from exploiting. Not perfect but a temporary solution.
Another place? What else? You mean setting up you own server? That is in fact your responsibility.