It’s worth noting that in Italy, police communications are encrypted (they use TETRA radios, like most police forces in Europe). I’m not saying it can’t help prevent this, but when weighing the cost and benefits of encryption for police radios, we should take into account that this benefit is not absolute.
As much as I’m careful about Google keeping my data, I have to recognize that this has helped a friend tremendously. He was separated from his ex, she had left with their daughter, and he was trying to get split custody. She testified he was a deadbeat dad, and she put it in writing that he had never been to pick up their daughter at school, never taken her to her regular weekend club activities, etc.
He reached out to me asking if his location history could help prove she was full of shit. It took me an hour or so to figure out the right way to process the data, but then I was able to give him a detailed list of dates and times he had been to his daughter’s school, poney club, etc. His lawyer attached that to their rebuttal. I like to think it made a significant difference. He did get joint custody in the end.
To be fair, the level of support for packages in nixpkgs is inconsistent. My config has a number of backported packages overlaid on top of nixpkgs where upstream is not up to date enough for me.
Many, many data brokers don’t “sell” user data the way you seem to imply. If you collected user data, you’re in one or more of three categories:
Brokers may be able to sell you data about you, but they typically don’t care much about making sure it’s you. It’s not their core business, and they may have partial data that is about you, but they’re not able to tell it’s about you. A lot of data just doesn’t have a neat name/address/phone number. Maybe it has your IP address, and companies in (1) will make that connection immediately, but brokers have little reason to care.
Data producers (2) maaayyyybe could, but they really won’t want because (a) you’re too small and they only negotiate data in bulk (b) they’d rather not tell the public what they collect exactly.
Data consumers (1) have zero reason to sell the data. They’re in the business of augmenting that data and classifying it to know what’s junk and what’s reliable. If their competitors can get their hands on this precious secret sauce, they’ll eat them alive. So they keep this data jealously.
There is vertical integration, especially 1+3 - that’s what e.g. Google is all about, use a data-generating vertical (search, web analytics, email) to inform their data-using vertical (ads). Those are simultaneously the data hoarders with probably the most data about you, and the ones least likely to want to share that data with you. It costs them an entire free service to collect the data, and they’re the only company in the world with it, there’s very little reason for them to give up that advantage.
So yeah, it’s unlikely you’ll get anything of value. You’re not relevant enough in their economics, sorry.
Thanks for that - do you have something up to date I can read about the state of the Hyprland community? I’ve been tempted to use it for a while but I was put off by the community vibe.
Maybe https://tailscale.com/blog/ssh-console/ could help - they run a tailscale client in webassembly in the browser, plus a ssh client also in webasm, so you can get ssh to the tailnet without installing anything.
Because this works over DERP it probably even works on very locked down computers behind very strict firewalls, e.g. that only allow TCP 80/443 :)
Oxygen is found in 3 forms: nascent (O), molecular (O2, the most common) and ozone (O3). Nascent oxygen, due to its electronic configuration (i.e how many electrons it has and how they’re spread out across its electronic shells) is unstable, and tends to quickly form bonds with another O, forming O2. This is also the case e.g. for hydrogen, which is usually found as H2.
You can find O in this form in some environments, in the upper atmosphere there is enough UV radiation to break up O2 into O.
The main issue is that the length of a day is not actually constant. Leap second occur (in either direction) which mean that a day is sometimes one second shorter or longer. Timezones and DST also can make a day a whole hour longer or shorter.
Seconds are a unit for physical measurement. They’re always the same length. Minutes, days, weeks, months, years, etc are imprecise shortcuts that are convenient for our society but this convenience sometimes comes at the price of being bonkers units from the physics standpoint.