Unfortunately proprietary and filled with Google trackers (Revanced is FOSS, but it uses the proprietary YouTube app)

Phone, wallet, keychain with my normal keys, my NitroKey USB hardware security token, a flash drive with Ventoy which contains several Linux distros and other live-bootable images, AirPods, and my Apple Watch

Dockge looks interesting, I gotta check that out

Create a torrent, it will stay up as long as someone keeps seeding it.

Go eat a dick Elon

The thing that I find the most funny about this post, is the fact that you call this Italian

Libre Computer offers some SBCs with Amlogic CPUs. I think the Le Potato might be the most popular one. I just ordered an Alta AML-A311D-CC. I’m really excited to try out how well it performs!

Unfortunately they use Chinese CPUs (made by Rockchip)

As long as Raspberry Pi doesn’t start ripping off their customers, I will happily stay with them. Most other SBCs are made by Chinese companies, which I definitely won’t buy. Hell no, I’m not supporting the Chinese economy.

Is it the best?

In my experience, yes. Definitely the best one.
All the other ones I tried are much worse.

Maybe this one? https://greasyfork.org/en/scripts/469273-lemmy-universal-link-switcher

The Lemmy Universal Link Switcher is awesome

Plume is pretty cool

I know that I’m weird but I like Mountain Dew

Is your browser installed as a Flatpak?

I’ve been using Apple Music on Android for years, I definitely recommend it. The app is totally fine, I think it’s still better than Spotify’s crappy app. On desktop you can use the Cider app, which is much better than iTunes. It’s even available on Linux.

Apple Music only raised the price by $1 since the launch in 2015 (9 years ago). But they added cool features like lossless audio quality and Dolby Atmos. They also had lyrics like 6 years before Spotify added them. I think you can even get it for $6 dollars if you’re a student.

It doesn’t intentionally disable biometrics. Disabling biometrics is just a logical consequence of wiping the encryption keys from RAM. Your data is encrypted with your password as the key (not exactly, it first goes through a key derivation function, but the PIN/password is the entry point for the KDF). Your biometric information can’t decrypt your data, as your data is not encrypted with your biometric information as the key. When using biometrics, the encryption key is kept in RAM, and the biometric data is only validated by the OS. No actual decryption occurs here. The data on your phone is only being decrypted during the first unlock after a reboot. That’s why security states are grouped into BFU (before first unlock) and AFU (after first unlock).

The main purpose of this is actually security. Because when the device is in BFU (before first unlock) state, it’s much harder to gain access to the data (without the correct unlock credentials). During the reboot, the encryption keys are wiped from RAM, making it essentially impossible to access the device, since brute-force unlock attempts are prohibited by Weaver API, which is enforced by the Titan M2 hardware security module. You can read more about this at https://grapheneos.org/faq#encryption

GrapheneOS has a convenient auto-reboot feature