They get a divorce?

I was thinking the exact same thing actually because us normal people start getting a bit antsy when things hit a hundred dollars a month, not twelve hundred.

Well, I’m doing better than that guy anyway. I only pay $10 per month for Kagi and Proton.

Install Graphene OS or Lineage OS as notifications for the majority of apps require Google Play Services and completely are killed without them.

Fair enough. The other option is to go up to 60 gigahertz, but then rain fade starts to kick in real badly. I think there must be some set of frequencies where rain fade causes problems because for example weather radar uses 24 gigahertz if I remember correctly to measure rain and so that would obviously be a no-no. However, I am not aware of any other free use spectrum that would fall between 6 gigahertz and 60 gigahertz.

Well, for point to point links, you’d be using extremely narrow band antennas and not omni-directionals, so most other frequencies shouldn’t interfere because of being cancelled out by the antenna lobes. As for the DFS, that is only part of the band in the middle, so you could either put your link above it or below it, or up on 6GHz.

I’m not sure if there are any power requirements or not. I know that it’s obviously not better than cable or fiber because ISPs are not doing it. Fixed wireless is very similar, but not for everybody, at least not right now.

Since the 5 gigahertz and 6 gigahertz spectrum is free use, there would be no licensing cost, but the equipment would definitely cost some money.

You could do point to point links over say 5 gigahertz or 6 gigahertz for connecting towns and such together and then do more local stuff inside those towns. If I remember correctly, even consumer equipment, over 6 gigahertz, can do 180 megahertz wide channels, and would allow you to get a max throughput of about 1.8 gigabits per second. I have heard talk of 360 megahertz wide channels but have not seen 180 or 360 megahertz in the wild personally. Not from consumer equipment anyway. From cellular networks, I have seen about 200 megahertz or just slightly above.

Edit: even at 1.8 gigabits per second or 3.6 gigabits per second though you would still have to do a lot of localization of content instead of going to say Netflix and asking for the newest movie you’d go to your city hall equivilant to ask for that movie. Why saturate the point to point links when they could be used once to pull down large content and then be shared over the local network more times without saturating that link.

The vast majority of it definitely comes from the area in which I live.

If we didnt run a dehumidifier the humidity in my house would stay above 80% most of the year. We have a decently large dehumidifier and by itself it cant get it below 45%. But 45% is much better then 80+% so it could be worse

Keep up the great work. Lemmy is fantastic and only getting better

Some crypto is actually useful. Most is not.

Some crypto has legit use, but a lot of it is scams for sure.

I use porkbun for exactly this reason. I make crypto and want to use it.

Honestly, i am not sure

I use porkbun because i can and do pay with crypto to renew my domain.

I will be happy when KeePass can store and use passkeys so public/private key cryptography to the rescue.

I was a lastpass user until ~2020 when i moved to KeePass and deleted my account. However, my master passphrase was close to 20 characters long. An 8 character password is laughable. I have my password manager generate 32 character or 64 character passwords with ~150 bits of entropy or 300 bits of entropy. My master password has also grown in length to the mid 20s area.

That is super neat. Google needs to put a fediverse, lemmy, or mastodon logo beside the result imo