It might be worth doing a packet capture on your WAN, you can stream it straight to wireshark's udpdump, and look if there's any sort of reply to DHCP or any RA broadcasts, you can just use ipv6 as a filter.
Also come to think of it, DHCPv6 is usually still used for your prefix so that should work regardless of SLAAC. SLAAC is often just used for your default routes and the router's own IP (as allocating that from your prefix manually is often considered a misconfiguration).
Some ISPs use SLAAC instead of DHCPv6, maybe that's the case for you? To enable it, you'll need to run /ipv6/settings/set accept-router-advertisements=yes and reboot. The current RouterOS beta also lets you pick which interfaces to allow SLAAC on.
keyring lets you set backends with environment variables, I believe you can try PYTHON_KEYRING_BACKEND=keyring.backends.null.Keyring which is the simplest backend as it doesn't save anything.
Edit: You can also try keyrings.alt as it has an insecure file backend, if you absolutely need password saving.
Fair enough. It seems like vibrant visuals is possible with GPU spoofing, but I haven't tried it.
You can also play the Android release fine with Waydroid.
Probably an unpopular opinion, but I don't actually mind it. There's now a bunch of layers that are selectable on the radar page itself, which were either nonexistent or hard to find on the old site. There's an easy to understand hourly forecast, instead of the text only one (which is still there), and I had no problem finding the 7 day forecast. Also there's finally HTTPS by default!
Of course if you don't like it, this still seems to work for the old website: https://reg.bom.gov.au/
This is xkcd's (yes the comic guy) 'What If', the whole point of the video series is to answer what would happen if what happens didn't happen.
The short trims it out, but "Everyone would die" is mentioned in the first 10 seconds of the full video: https://youtu.be/gp5G1QG6cXc
The browser extension also lets you scan the page for QR codes for the TOTP key.
I've always wondered, why do we put the GPU drivers and their firmware into the initramfs? Can't we just rely on the framebuffer drivers until the root partition is mounted? Since most of the firmware size is from GPUs, that should reduce initramfs size, and speed up booting as there's less to load into memory.
Ahh okay, could you at least see your router trying to request an IPv6? You might have to disconnect and reconnect the WAN while the packet capture is going.