anonymousse1234

Going to the shooting range and shooting friendly matches between club members. Fiddling with my home servers (NUC-s). Eating chocolate. Running on an elliptical machine.

Buy your own domain and hosting for few bucks on Hetzner, OVH etc. they both support 2FA. Don't use Google for login. It's pretty simple and foolproof.

OVH supports Yubikeys, has DNSSEC and will give you 5GB mailbox for free in your domain just for buying it from them. You can also pay like 20$ per year for 100GB of space for WWW, backups (preferably encrypted) and other stuff.

And LTE modems. And sleep and suspend. Oh there is also this bug with screen locking that shows your desktop for few seconds. Oh and with dual graphic chipsets too.

How often are those attackers actually trained to take on a heavily armed semi-crazed target in his own home and surroundings?

Robbers will choose the easyiest route. They just want stuff and not assasinate specifically someone, they will rob somebody other if they find a hard target. Probably somebody like you. It works the same with muggings. 2 people is enough to get some sleep and run errands.

That's your perspective.

Believe it or not there is even a decent amount of gun owners on this side too.

How are you going to be surprised sitting in your home in case of emergency with not much other to do?

Gun guys aren't liked here but if somebody is going to get a nasty surprise it would be the bad guys.

If you are a hard target bandits will most likely choose another one.

You can't say it out loud because it's politically incorrect but true.

I have some karma points to burn :)

If that would be the case prepare to defend your stash or at least take some of the bandits with you like many preppers do.

Don't be an easy target.

It's refreshing to read that on hackernews.

Veeam Agent for Microsoft Windows Free Edition

Ahh the unending saga of people too lazy to read some GPG man pages and proposing unfitting replacements.

Long live GPG!

Informed analysis like lack of forward secrecy in something made for non ephemeral communication - for storing, sending files, digital signatures etc. Or backwards compatibility so you can access and verify your backups, archives etc. from 10 or more years ago.

Show me ephemeral encryption scheme for something that needs to be readable in the future like that.

This analysis is highly uninformed I would say.