r00ty

You could be right, but I am not so sure.

In terms of percentage, the lib dems made a smaller gain than labour. I’d also suggest that while maybe some of those votes came from wavering labour voters, I expect that at least a similar number would have also come from the tories. I don’t think the lib dems split the vote any more than they normally do.

Reform, while not new, last time round they did not compete against the tories. This time, they did and the result is clear.

That’s what I originally thought would be the case. But, just statistically (looking at voter share here):

2019: Cons: 43.6% Lab: 32.1% LD: 11.6% SNP: 3.9%
2024: Lab: 33.7% Cons: 23.7% Reform: 14.3% LD: 12.2% (Weirdly, wikipedia has yet to include reform in their share ranking had to use BBC)

Labour picked up less than 2% more of the vote share. Reform took the vast majority of the tory lead away.

Don’t get me wrong, I’m glad the tories are out. But, it’s mostly because reform split the vote and Labour were second place in most constituencies. This is important to bear in mind while the conservatives sort themselves out to decide how they deal with not being right wing enough…

I think it’s important to note that the primary reason the conservative party lost many of their seats is because their vote was split between them, and an even more right wing party led by Nigel Farage. It wasn’t because of a huge shift to the left (or at least the centre left position the labour party occupy right now).

In my constituency for example, if you put the conservative + reform votes together, they would have beaten the nearest competitor by a country mile.

Well good news. Because ipv6 has a thing called privacy extensions which has been switched on by default on every device I’ve used.

That generates random ipv6 addresses (which are regularly rotated) that are used for outgoing connections. Your router should block incoming connections to those ips but the os will too. The proper permanent ip address isn’t used for outgoing connections and the address space allocated to each user makes a brute force scan more prohibitive than scanning the whole Ipv4 Internet.

So I’m going to say that using routable ipv6 addresses with privacy extensions is more secure than a single Ipv4 Nat address with dnat.

Weird. Ipv6 and YouTube stats for nerds shows between 140mbit and 600mbit depending on what’s being watched and the time of day.

Is it possible your isp has problems with their ipv6 setup?

IPv6 overheads should only have a marginal impact on max speeds.

Aha, glad to hear it.

OK, one possibility I can think of. At some point, files may have been created where there is currently a mount point which is hiding folders that are still there, on the root partition.

You can remount just the root partition elsewhere by doing something like

mkdir /mnt/rootonly
mount -o bind / /mnt/rootonly

Then use du or similar to see if the numbers more closely resemble the values seen in df. I’m not sure if that graphical tool you used that views the filesystem can see those files hidden this way. So, it’s probably worth checking just to rule it out.

Anyway, if you see bigger numbers in /mnt/rootonly, then check the mount points (like /mnt/rootonly/home and /mnt/rootonly/boot/efi). They should be empty, if not those are likely files/folders that are being hidden by the mounts.

When finished you can unmount the bound folder with

umount /mnt/rootonly

Just an idea that might be worth checking.

Yeah, I was thinking more if there’s either an evolutionary improvement or revolutionary (or some movement toward AGI). For me it’s better if not, so I get to keep my job for a few more years. But, my general feeling is with the cash injection, there’s some chance of a breakthrough.

I mean if LLM/Diffusion type AI is a dead-end and the extra investment happening now doesn’t lead anywhere beyond that. Yes, likely the bubble will burst.

But, this kind of investment could create something else. We’ll see. I’m 50/50 on the potential of it myself. I think it’s more likely a lot of loud talking con artists will soak up all the investment and deliver nothing.

Wow, an alien ion drive formula! Try to get warp drive out of it too!

Yeah. The 7.5 times (or is it 9.5 times, I forget) thing that has been thrown around since the cold war days never rings true to me.

The primary and secondary strikes for both sides will take out people living close to either a military installation or a major city.

Also there’s no way even a world war would involve every single country and every single island. There’s no way human life would be entirely obliterated. Most us posting here, perhaps. Certainly I’d likely be taken out in the second or third wave (close to London and also close to a military base). But life would go on.

I’m fairly sure it must take extra work to make dynamic prefixes. I’ve heard some weird justifications about localised routing. But modern ISPs generally don’t work that way at all. For example, my ISP has endpoints in multiple cities, and can fail over to another city if need be. All my static IPv4 and IPv6 instantly move with me in that event.

You can get non VPN tunnels. I used both Hurricane electric (https://tunnelbroker.net) and sixxs (https://www.sixxs.net). I believe sixxs stopped offering services in 2017 though.

I’m lucky that I have a choice of multiple ISPs all offering service on gigabit symmetric fibre. I’ve managed to keep my old setup of a /29 IPv4 allocation and /48 IPv6 allocation. But before IPv6 was available, I used tunnels at the point of the router with no problem. As such, the internal network doesn’t need to know there’s a tunnel and gets native IPv6.

I’ve seen a few isps here in the UK doing some weird pointless stuff with ipv6. Like dynamic prefixes. Why? What’s the point?

But you can get good ones. I’ve had the same /48 prefix for 10 years now.

There’s literally nothing stopping a moderately skilled IT team from integrating ipv6. You can run any site easily using both. The exceptions are few and even those aren’t that hard to deal with.

Source: been running dual ipv4/ipv6 Web servers for over 10 years (maybe 15 would need to check) . Likewise had ipv6 dual stack at home for a similar amount of time, initially using tunnels and then native.

Almost every server provider will give you ipv6 for free. There’s really no excuse these days not to run your services on both protocols now.

I always saw open source as more socialist than specifically communist. Similar to volunteering in your community. Except the community is the whole world, and you don’t need to leave your house. Bonus!

Haha. No. Nothing so hopeful. The rich people will get even richer and everyone that used to be working class and middle class die a slow death.

I feel like I skipped right over this comment.

I remember moving to mumble from teams peak because it allowed pretty cool levels of configuration.

Back in the late 00s and early 00s I was doing world of warcraft raiding. I had the server setup to have one key for main raid and another to talk to only officers. Quite useful especially in bigger raids.

Also as I recall for any remotely large ts server you needed to pay. The self hosted one was always gimped. Mumble you could self host with no limits.

Just vpn to your house that has ipv6. Simples.