I think the gf needs to be changed at this point.

Welp, I haven’t seen anyone learn Swift other than for Apple stuff these days. So I wonder how many can actually contribute to the code. It’s also made by Apple, so yeah. It would have been more performant and secure (both of which are pretty important in a browser) if it was written in a more low level language. For example Rust.

It’s nice and all but usage of Swift is kind of not great.

Why use that site for tracking anime? MAL, AniList, Kitsune, aniDB, etc. exist, y’know.

And maybe it’s time for you to also sail the high seas.

It does seem like most of the TPMs indeed do not provide the keys if secure boot is disabled. Sorry for the misunderstanding.

I also want to add that the TPM will request the recovery key if the BIOS goes back to factory defaults. I also think changing the secure boot setting might trigger it. If that’s the case then a BIOS password is pretty useless.

DDG has a weird relationship with Microsoft, I wouldn’t use it. I currently pay the Pro plan for Kagi and I’m very satisfied with it.

Let’s all love lain.

Let’s say you have LUKS with TPM enabled. Verified or Safe Boot is also on, so someone cannot access your decrypted files just with some live usb distro. And let’s say you also have a password set for changing BIOS/UEFI settings so the attacker cannot disable safe boot without a password. So the attacker might want to steal the hard drive in this case to get the data, but that’s also not possible because the hard drive is encrypted and the key is in the TPM. The way TPM also checks for integrity makes the system tamper-proof. So any attempt at tampering with the hardware will trigger the tamper protection and ask the user for a recovery passphrase to let the TPM hand over the decryption key again. So actually TPM is useless without safe boot and without a password for the user account in your OS. The only thing protecting your data from the attacker in this case is your user password… unless the user has one of these raspberry pi pico devices that are programmed to take the TPM keys sent to the CPU at boot in plaintext. Though I am pretty sure this is also fixed or will be fixed in the future. Maybe public key cryptography could help. I haven’t researched that yet.

TL;DR: TPM is pretty useless without safe boot, but is pretty decent with safe boot. TPM is not the securest thing in the world but for a regular user it’s probably the best choice without sacrificing convenience.

What? Are you drunk? You’re saying some nonsense right there.

TPM isn’t an encryption algorithm. TPM just holds the decryption key (in my case the LUKS decryption key) and hands it to the CPU if all checks pass for convenience. No key is stored in the storage in plaintext. TPM isn’t the most secure thing but at least its better than nothing at all.

Guess I’ll wait for COSMIC DE’s alpha release then. It should come with Pop!_OS 24.04

I guess for a DB. You can use sqlite if the website is going to be small. I’d say learn SQL, but you can also use ORMs.

Classic.

I’ve used AT QWERTZ ever since I was born.

Kagi

50/50 chance of being right in O(1) time

I recently picked up Rust, still a beginner, but it’s very nice. And the compiler errors and tips are top. Since I used only Python before, Rust is my first compiled language and I’m glad it was Rust. Options and Result’s are also something I appreciate tbh. Other than for AI, simple stuff and maybe prototypes, I would use Rust over Python. Definitely recommend it. The borrow checker is a pain in the ass though. I’ll also be using it later for embedded systems when I become more fluent with it. I am also currently making a big project with Rust that I haven’t been able to do with Python.

Removed by mod

Kagi