Either use a dynamic DNS service, as many others have mentioned and probably easiest, or, assuming you only want yourself to have access to the services, another option is to use something like Tailscale or a WireGuard/FRP instance in a static VPS as the rendezvous point.
I was flat out rejected by my ISP to have a static IP, though I only had it changed once since I started hosting services, so ahatever.
For home Wi-Fi I use a strong password, but that’s because it’s something I input once in a blue moon. For guests I have a guest Wi-Fi with a simpler* (still reasonably secure and random, but shorter and without special characters) password and a QR code for simple use, though they are rate limited and have no access to any other network clients.
Yep, my network was set up before the ISPs here merged by a smaller one that did things simpler, so I dont even have an ISP modem, just my OpenWRT router and no CGNAT, and I’ve only had my IP change once so far (since I started caring about it at least). Everything newer around uses ISP modems and are behind CGNAT, on my mates modem, they wouldn’t even let him set up his Wi-Fi, he had to go with double NAT-ing and setting 2 APs next to each other (the ISP modem/router has some default trash Wi-Fi). I’m praying they never bother coming to me 🙏
Never expose the bare remote control endpoint publicly. For example, recently macOS had a critical vulnerability where an attacker could completely bypass authentication on their Screen Sharing daemon, and the researcher had estimates around 40k publicly exposed systems, and it was found out that the vulnerability was in fact being used in the wild. Exposing things like that publicly is asking for trouble.
Personally I don’t like relying on 3rd party systems like Tailscale, so I just have a WireGuard peer running firewalled to only allow access to what is necessary, though you can skip the firewall part. This obviously assumes you have a routable public IP, i.e. no CGNAT, if that’s not the case Tailscale is probably what you want.
If we take the EFF wordlist commonly used to generate passphrases, we have 7776 words. If we take ASCII alphanumerics and special characters we have about 92. Assuming we generate a NIST compliant password of 15 characters in length we get 92^15=2.8*10^29 of combinations. To get the same level of security (same number of combinations) using the EFF wordlist we need (log(2.8)+29)/log(7776)=29.45/3.9=7.6 around 8 words. If we assume the words are 7 characters long on average, plus the separators, we get 7*8+6=62 characters long. If we start to also include Unicode characters like other scripts or emojis (something I’ve recommended to others) the required number of words grows even more. I don’t know about you, but I can’t be bothered to type that all out every time, a password manager works for me.
Yep, there’s a reason 2FA recovery keys are usually printed and stored safely.
With that said, one way to avoid someone compromising service A due to somebody breaking into service B is to have different passwords everywhere, so a Password Manager is more convenient anyway.
The way a reverse proxy works is to literally stand in the middle of a connection, so either side only sees them communicating with the proxy, oblivious to the actual endpoint. The only “solution” to this, though it’s more of a hack really, is to somehow send the original IP as additional data in a way that both sides agree on, e.g. the X-Forwarded-For header as others have mentioned, however, as I’ve said, both sides need to support and aggree with that, so you may have to find a setting/config to enable on the services behind the proxy. Think of it this way, if services blindly trusted that header and you weren’t using a reverse proxy, a bad actor could send a request to your service with that header included thereby spoofing their identity in your logs, therefore, this kind of thing is usually opt-in
The removed drivers are usually those that are really old and not used by anybody (using the latest kernel), so it’s a bit different.
I mean, nobody’s forcing you to update them every day, and you can always schedule it off hours.
Yep, don’t forget to seed!
AppImage may be up-to-date now, but it has no self update mechanism, so a Flatpak is a better choice IMO
I was never much of a social person, have barely used Reddit, I just randomly felt trying lemmy to see if it’s any less toxic than Phoronix 😂
Mine didn’t die, but it’s Ryzen gen 1 which is not supported by Windows 11 so Cachy it is.
Yes, though slight caveats: Mint has 2 branches, 1 based on Ubuntu, as you said, but the other one based on Debian skipping Ubuntu actually, since there are a lot of things they are dissatisfied with Ubuntu, and one among them are snaps, so if you see anything regarding snaps when searching Ubuntu threads, disregard them completely.
Yeah, but I thought the philosophy was not to break userspace. I’m fine with the removal if absolutely nobody uses it, but some have commented here being users of the feature
Ah, I see! From googling “data=ordered” is the default and does what you said. Still, why not leave it for those that want it?
Wasn’t the journal the main selling point in the transition from EXT2 to EXT3? This seems kinda backwards, what even is the rational?
ZSTD and BTRFS, among many other smaller things, hello?
Not in the US, at work we pay 6 times the rate I pay at home for 1/6 the speed I get at home, everyone hates our office internet speed 😂, at least it’s static do we can host stuff