Similarly here. Have an Odroid with that platform, it wasn’t cheap but it came with several advantages:

• 4 SATA ports on addition to the M2 slot
• Intel QSV
• 2 x 2.5 Gbit Ethernet (I only have gigabit at home though)

Very powerful machine for the power usage, I ran a really old Athlon before though (from 2010 or so that I retrofitted with 16GB RAM) that did most stuff just fine. But I wanted some transcoding and also possibly a smaller case.

I run everything bare metal though.

Luckily, it’s not the entire Internet, just the unfun part.

Client data absolutely is encrypted in TLS. You might be thinking of a few fields sent in the clear, like SNI, but generally, it’s all encrypted.

I never said it isn’t, but it’s done using symmetric crypto, not public key (asymmetric) crypto.

Asymmetric crypto is used to encrypt a symmetric key, which is used for encrypting everything else (for the performance reasons you mentioned).

Not anymore, this was only true for RSA key exchange, which was deprecated in TLS 1.2 (“Clients MUST NOT offer and servers MUST NOT select RSA cipher suites”). All current suites use ephemeral Diffie-Hellman over elliptic curves for key agreement (also called key exchange, but I find the term somewhat misleading).

As long as that key was transferred securely and uses a good mode like CBC, an attacker ain’t messing with what’s in there.

First, CBC isn’t a good mode for multiple reasons, one being performance on the encrypting side, but the other one being the exact reason you’re taking about: it is in fact malleable and as such insecure without authentication (though you can use a CMAC, as long as you use a different key). See https://pdf-insecurity.org/encryption/cbc-malleability.html for one example where this exact property is exploited (“Any document format using CBC for encryption is potentially vulnerable to CBC gadgets if a known plaintext is a given, and no integrity protection is applied to the ciphertext.”)

As I wrote in my comment, I was a bit pedantic, because what was stated was that encryption protects the authenticity, and I explained that, while TLS protects all aspects of data security, it’s encryption doesn’t cover the authenticity.

Anyhow, the point is rather moot because I’m pretty sure they won’t get a certificate for the IP anyways.

Public key crypto, properly implemented, does prevent MITM attacks.

It does, but modern public key crypto doesn’t encrypt any client data (RSA key exchange was the only one to my knowledge). It also only verifies the certificates, and the topic was about payload data (i.e. the site you want to view), which asymmetric crypto doesn’t deal with for performance reasons.

My post was not about “does TLS prevent undetected data manipulation” (it does), but rather if it’s the encryption that is responsible for it (it’s not unless you put AES-GCM into that umbrella term).

Right, and for the challenge, you need to have access to a privileged port (which usually implies ownership), which you won’t get assigned.

Let’s Encrypt are rolling out IP-based certs, you may wanna follow its development. I’m not sure if it could be used for your forwarded VPN port, but it’d be nice anyhow

It shouldn’t be because you’re not actually the owner of the IP address. If any user could get a cert, they could impersonate any other.

I believe encryption helps prevent tampering the data between the server and user too. It should prevent for example, someone MITM the connection and injecting malicious content that tells the user to download malware

No, encryption only protects the confidentiality of data. You need message authentication codes or authenticated encryption to make sure the message hasn’t been transported tampered with. Especially stream ciphers like ChaCha (but also AES in counter mode) are susceptible to malleability attacks, which are super simple yet very dangerous.

Edit: this post is a bit pedantic because any scheme that is relevant for LE certificates covers authenticity protection. But it’s not the encryption part of those schemes that is responsible.

Good luck on the journey! What I meant is that over time, you’ll realize that what you did was probably not the most elegant was to do something, at least that’s my experience with my config. Like, I started with a flake with an explicit config for each machine (basically multiple nixosConfigurations) and then turned it into a lib with functions to turn a set of hosts from json into an attribute set (kind of a simple inventory done). My last efforts that are still ongoing (cough) are splitting my NixOS modules off into a separate flake using flake-parts.

I do understand you meant having the stuff that your need work, I just wanted to hint that the language is very powerful and as such, most configurations have room for improvement, as in learning to do things more efficient or do things that weren’t possible before.

NixOS […] learn everything

I don’t think it’s possible to learn everything for NixOS as a casual user / admin. It’s massive. I was luckily able to sneak a NixOS project into work which gave me some paid time on the topic. But there’s always room to learn more about it. Which is a good thing - by its nature, it’s just more powerful than conventional distributions.

Lung cancer speed run [no asbestos %]

Privileged ports can be used by processes that are running without root permissions.

I guess you mean unprivileged ports?

So if the sshd process would crash or stop for some other reason, any malicious user process could pretend to be the real ssh server without privilege escalation.

Not really, except on the very first connection because you need access to the root-owned and otherwise inaccessible SSH host key, otherwise you’ll get the message a lot of people have probably seen after they reinstalled a system (something like “SOMEONE MIGHT BE DOING SOMETHING VERY NASTY!”).

BRICS as an organization and not as a loose grouping concept is somehow less than the sum of its parts I always think

There was no Epstein, only files about him, no there aren’t, and if we had any tapes, don’t you think we’d show you, except there are tapes, except they don’t show stuff

Agreed. But he’s also an abrasive know-it-all. A modicum of social skills and respect goes a long way towards making others accept your pet projects.

This isn’t what I get when reading bug reports he interacts in. Yeah, sometimes he asks if something can’t be done another way – but he seems also very open to new ideas. I rather think that this opinion of him is very selective, there are cases where he comes off as smug, but I never got the impression this is the majority of cases.

I wasn’t talking about the protocol, I was talking about the implementation: PulseAudio is a crashy, unstable POS. I can’t count the number of hours this turd made me waste, until PipeWire came along.

PipeWire for audio couldn’t exist nowadays without PulseAudio though, in fact it was originally created as “PulseAudio for Video”; Pulse exposed a lot of bugs in the lower levels of the Linux audio stack. And I do agree that PipeWire is better than PulseAudio. But it’s important to see it in the context of the time it was created in, and Linux audio back then was certainly different. OSS was actually something a significant amount of people used…

Think that’s called NATing

I mean if you’re going for the piracy route, you never used streaming services or bought physical media anyways and the whole discussion is moot.

Depending on the definition of war, it could be either yes, no or we already are.

Well with your DVDs the “HD resolution” question is easily answered: you don’t get HD resolution. Weird comparison there. Especially since you complain about Disney+ not going beyond 480p in your specific case - so why buy DVDs with the same shitty resolution?

While I generally agree here, resolution isn’t everything, bitrate also plays a role, and some content in streaming services has been compressed rather badly so that you get artifacts that you don’t have on DVDs. A DVD will certainly look better than 480p streaming content despite a much older codec which light only exists as a reason for an upsell.

I think the way to go is a Homeserver (could even be a raspberry pi) where you can somewhat secure your storage with appropriate redundancy.

And how would you get stuff onto your homeserver legally?

Stronger compartmentalization

Can’t wait for it to enter the metaverse

Yeah. I think some people who haven’t experienced the substance think it’s a feel-good-pill where you just ignore the world and experience your own. Well, it can be pills, though that’s not common, and it being forced on your must be horrible.

So yeah, what you write is correct. But at least it was unsuccessful in what the CIA sought out to achieve.