I had a 5 II too, used lineageOS for years, worked great. Doesn’t totally solve the battery or fingerprint reader. My screen got the dreaded green lightsaber too. Nail in the coffin was Australia turning off 3G so it can’t make calls anymore. (Wasn’t officially sold here so they didn’t bother loading it with VoLTE profiles)

Seems weird to have a separate app read sent and received messages? Is it poking holes in the Messages app sandbox?

Yeah fair. I tried setting it up, but honestly probably not worth the effort in home networks. Problem is browsers don’t know that the other end of the unbound DNS server is DoH, so it won’t use ECH. Even once set up, most browsers need to be manually configured to use the local DoH server. Once there’s better OS support and auto config via DDR and/or DNR it’ll be more worth bothering with.

Do you have the local unbound server respond to DoH so that the browser also uses encrypted client hello?

Consider something like the aoostar R1 with Intel N100. Small and low power like a commercial consumer NAS but cheaper and you can chuck whatever OS you want.

Would you consider making the LLM/GPU monster server as a gaming desktop? Depends on how you plan to use it, you could have a beast gaming PC than can do LLM/stable diffusion stuff when not gaming. You can install loads of AI stuff on windows, arguably easier.

Informing the subject of an investigation and requesting comment to the allegations is considered proper journalism. Otherwise it comes off more as an attack.

I’ve been using pcloud. They do one time upfront payments for ‘lifetime’ cloud storage. Catch a sale and it’s ~$160/TB. For something long term like backups it seems unbeatable. To the point I sort of don’t expect them to actually last forever, but if they last 2-3 years it’s a decent deal still.

Use rclone to upload my files, honestly not ideal though since it’s meant for file synchronisation not backups. Also they are dog slow. Downloading my 4TBs takes ~10 days.

My 10 year old ITX NAS build with 4 HDDs used 40W at idle. Just upgraded to an Aoostart WTR Pro with the same 4 HDDs, uses 28W at idle. My power bill currently averages around US$0.13/kWh.

I’ve always just wiped my work laptop and installed Linux.

Another aspect is the social graph. It’s targeted for normies to easily switch to.

Very few people want to install a communication app, open the compose screen for the first time, and be met by an empty list of who they can communicate with.

https://signal.org/blog/private-contact-discovery/

By using phone numbers, you can message your friends without needing to have them all register usernames and tell them to you. It also means Signal doesn’t need to keep a copy of your contact list on their servers, everyone has their local contact list.

This means private messages for loads of people, their goal.

Hey, we know this account sent this message and you have to give us everything you have about this account

It’s a bit backwards, since your account is your phone number, the agency would be asking “give us everything you have from this number”. They’ve already IDed you at that point.

KVMs usually jump from 2 inputs to 4. Ones that do 4 inputs and 4 monitors exist but you’re entering “enquire for price” territory.

Why do you need so many laptops/screens?

ZFS doesn’t have fsck because it already does the equivalent during import, reads and scrubs. Since it’s CoW and transaction based, it can rollback to a good state after power loss. So not only does it automatically check and fix things, it’s less likely to have a problem from power loss in the first place. I’ve used it on a home NAS for 10 years, survived many power outages without a UPS. Of course things can go terribly wrong and you end up with an unrecoverable dataset, and a UPS isn’t a bad idea for any computer if you want reliability.

Totally agree about mainline kernel inclusion, just makes everything easier and ZFS will always be a weird add-on in Linux.

The only problem I run into is sites that use Bluetooth or USB APIs to talk to a local device. Both Firefox and Safari don’t implement them due to security concerns.

It was meant in jest, I should have contrasted plain text / cipher text to be more clear. Though it’s a similar kind of extenstion to email technology that they are advocating against.

These folks want to read their emails in their terminal email client, and for you to cater to their limitations. If you use tuta and send them an email, tuta just emails them a link to view the message on tuta’s webapp. I’d say this anti-HTML group aren’t fans of that.

Not to argue semantics, but I would consider encryption in general is a change in message formatting. The client needs to change how the bytes are interpreted. It adds complexity, and clients may not support it, their exact arguments against HTML.

To be fair, these folks are advocating for plain text emails, not surprising they are against encrypted emails.

I used to do the same. But some clients nowadays have IPv6 only nodes that I need to connect to, so I’ve had to enable v6.

With AWS now charging for v4 addresses, the need to at least running dual stack might pick up.

IPv6 isn’t just larger addresses, it was meant to totally remove the need for layer 2 / MAC addresses, bus networks, DHCP, and broadcasts. Since the plan was to get rid of the 12 byte ethernet header, the 24 byte increase in IP addresses would only be a 12 byte increase in header at the end of the day. WiFi wouldn’t need three MAC addresses in every packet. IPv6 only achieves it’s true potential with a complete switch over.

I personally don’t think that can ever happen. The opportunity to switch everyone over is absolutely long gone. IPv6 isn’t an extension of v4 or a compatible replacement, like ASCII to UTF-8. It’s more like X to Wayland. The protocol authors went “This is a mess we gotta rethink this from scratch”. But there’s so much already relying on the old protocol, and replacing it with something that doesn’t perfectly match features is difficult for little reward for users.

The increase in IPv6 nodes has mostly been due to mobile networks. The tragedy is they actually still mostly use layer 2 and bridge networking. IPv4 nor v6 can handle maintaining connections while addresses change. So they set it up so that you keep the same IP address as you travel and move between different towers. This is done with massive virtual layer 2 LANs across towers, with the IP routing happening at a central datacentre. IPv6 is simply used for the larger addresses, and none of the network/protocol simplifications it promised can be used.