Haveno

Start a tor daemon with SOCKS5 proxy:

$ tor socksport 9050

Then run yt-dlp through it:

$ yt-dlp --proxy socks5://127.0.0.1:9050 <your arguments>

No, hyperliquid is a separate chain with its own (rather small) validator set, much like THORChain, Chainflip, and most “decentralized” bridges today. This one would directly settle atomic swaps between 2 arbitrary chains. Not a single additional validator trusted except those of the target and the destination chain.

How did you discover this was bypassable ?

gocryptfs or CryFS on desktop (various GUIs available) and DroidFS on Android.

Ah yeah that sucks, but you can access it from another lemmy instance over federation, like so: https://lemmy.ml/c/monero@monero.town

https://monero.town/communities

Yes, just create an empty room with only you inside

https://kycnot.me/?categories=exchange

Couldn’t you use HMAC with shared secret key to authenticate messages while keeping plausible deniability? Since the key is only supposed to be known to the 2 parties, the recipient can deduce that a message was actually sent by the sender if he did not create it himself. I think that’s what OTR was using.

Gocryptfs or CryFS. Many GUI available (Vaults, SiriKali, Plasma Vaults). Android compatibility with DroidFS.

DroidFS does not have Internet permission so any data exfiltration is prevented at the OS level.

F-Droid is like package maintainers for Linux distributions. You have to trust them if you want to use their pre-built binary. However, some app builds are reproducible. Check the doc for more info.

Of course, but v1.x only supported gocryptfs. Also, new encrypted file systems may be added in the future.

DroidFS can open existing volumes. Just click on the “+” button in the bottom right corner, then on the folder icon, and then select the volume directory.

To type with only one finger, there’s 8Vim.

:help i_CTRL-H

 or CTRL-H  Delete the character before the cursor (see i_backspacing                                                       about joining lines).

What about DroidFS?