Run XFCE and use Thunar. : )

breaker masking

1200 incoming + 1 hairdryer at the same time equals overloaded circuit though.

import requests

theUrl = r’https://threatbutt.com/map/’

response = requests.get(theUrl)

print(response.text)

It is more than just the concern around back-feeding the grid. These simple balcony setups connect to your home grid via a single outlet. Most US outlets/circuits are 15 AMP or roughly 1500 watts max capacity. These single circuits can only carry that much current total at any one time so if you have it loaded up with incoming power AND use anything else on the circuit at the same time … no bueno. To make this setup work best/safely you would ideally want a dedicated circuit for it which is basically non-existent today.

The safety issues really do need to be addressed because the folks most likely to use these systems are apartment dwellers and I don’t think anyone wants to increase fire risk in these scenarios.

Can I have 2 billion dollars to build UNIVERSE models?

Blink twice if you’re compromised by the Mossad! You certainly would not be alone amongst world leaders.

Nokia 2780 is not bad. It runs KaiOS, supports tethering and 4G cell data. As long as you stick to the script on how you use the device it will have minimal privacy issues IMHO. If that is still not enough you can skip phones altogether and get a 4G dongle for your favorite Linux laptop/tablet and just use a softphone + voip service.

Folks getting a front row seat to the difference between actual causality and stochastic parrots.

SSH and freeRDP are pretty reliable.

Smart phones are a bad idea. A simple, dumb phone to make calls, texts and occasionally tether your laptop, vehicle tablet to for data access are all you really need. Even the dumb phone should have physical switches for the radios and a battery that can be removed without any tools.

If vibe-coding is wrecking Windows 11 and Office now … just wait until Windows 12 sees the light of day! Ohhh boy, will that ever be some infinite-monkeys-on-typewriters-shite!

I also like FauxPilot.

faux - adj - artificial or imitation; fake.

Not to* be confused with the OSS alternative, also named fauxpilot.

Fairphone is such an obvious partner here I guess that’s why they went with a Chinese manufacturer instead.

I am sure nothing bad will come from that decision.1, 2, 3

Seriously, though. Why?

We need improved Linux support for power management on ARM platforms. In general Linux on ARM has been good for a long time now. (ex RaspberryPi, Gentoo, Ubuntu)

Where things aren’t so great is the choice in OEMs putting out ARM parts like Broadcom, Qualcomm and Apple. All of whom aren’t exactly open source champions. In a less imperfect world we’d have something like RISC-V with great power management and linux support available in mobile computing SKUs/TDPs.

Just read the paper. ArsTechnica is such a terrible source for analysis on anything remotely technical.

Thanks for noticing that. I certainly missed the ‘=1’ bit.

Debian testing, then upgrade it as they make major releases. I have yet to have a single Debian upgrade go wrong on Desktop or Server. It is basically magic.

Assuming that:

• your Linux Laptop uses wlan0 for its wireless connection and your home network uses 192.168.1.x for IP space.

On the Linux laptop:

• as root or with sudo – enable IP forwarding and load the change with sysctl -p.

sudo sysctl net.ipv4.ip_forward=1 ## updated edit thanks to folks pointing out my typo.
sudo sysctl -p

• if you have ufw installed and running – setup a NAT masquerading rule for any hosts forwarding IPv4 traffic to it.
  add this line to /etc/ufw/before.rules file right after the “*nat” line

:POSTROUTING ACCEPT [0:0]

-A POSTROUTING -s 192.168.1.1/24 -o wlan0 -j MASQUERADE

On the mac:

• set your IP address manually to be on the same LAN as the Linux laptop, but for the gateway address… point that at the IP for the Linux Laptop.

Check your passkeys. You might still have one in the OS credential manager.