Did the citizens of that country take the loan? No

Did they benefit at all from the loan? No

Did the world bank make any effort to ensure the above were answered ‘yes’? No

When you make a leveraged loan are you supposed to be guaranteed that the it was risk free? No

If leveraged loans could be made risk-free ‘breal your legs’ style the way the world bank does to countries, banks would be offering loans to every punter who wanted to bet on the dogs.

Setting up the PiHole device as a DNS server & DHCP server still won’t make all traffic flow through it, you need it to be a gateway for all traffic that isn’t destined for an internal subnet.

To do that, you’ll need to set up your device as a router, with the necessary entries in iproute2 and iptables in order to keep lock out external connections without conntracks. You might be able to route to a turnkey container of some kind.

Are you trying to route your DNS queries through your VPN device or all of your traffic?

Just your DNS queries is easy, set up the VPN as the default route for the device (using netplan or iproute2), then all queries from PiHole will go via that.

All traffic is a bit harder, unless your PiHole device is the only thing between your regular devices and the internet.

Do you just care about privacy, or is it your primary focus?

There are Linux distros like Tails which will be very hard to use day to day, but if you are laser focused on privacy, it’s between that and CubesOS (not Linux).

Most Linux distros will give you reasonable privacy from an OS standpoint, from there it’s up to you to have good practices with your data.

I’m honestly more worried about science communicators projecting life-changing properties onto it because “superconductor”, and then the public coming away with “these scientists are all hyperbolic hacks”.

This looks a lot less like diamagnetism than the previous videos, but is still using way larger magnets than they should need; still very sceptical.

Also a reminder to anybody reading a news article about this: LK99 is likely a ceramic, so the attributes specifically for metallic superconductors would not apply.