Why is there no structural diagram?
I still haven’t figured out what they’re talking about, with the relationships of the polar charges wrt the crystal lattice. Kind of sounds like they’re creating a 3D structure with the poles flipped across all vertices?
Same conclusion my employer came to based on empirical tests.
What DOES suffer from hybrid work is superfluous middle management, because it’s often discovered that many such positions are redundant.
I’m at 15.9 bits of info and an almost fully unique browser. Of course, that uniqueness changes every time and they don’t test for that.
I’m on iOS.
The main defense against VPN timing attacks is to ensure your VPN exit node isn’t somewhere that the same person would have access to as your connecting IP.
That said, if someone runs a website or service where you have a unique login or custom token and they have access to your ISP’s connection logs… a standard VPN will once again give you away. This is why TOR exists.
I generally argue that an exit VPN doesn’t really provide much privacy; the only real services it provides are georelocation and protection against low effort bulk filtering (eg, identifying torrenters or bulk metadata collection).
For everything else, either encryption and third party DNS is enough, or the exit VPN isn’t enough to stop targeted surveillance.
Unconvincing to whom? That campaign did an amazing job of equating copyright to property ownership for an entire generation.
It’s not accurate, but I think we’ve seen that it can be very convincing for most people.
The US already does that :D
One clarification: carrier towers can still find a phone; GPS is passive; your phone locates itself in relation to the GPS satellites.
Most phones are also broadcasting WiFi MAC IDs and Bluetooth MACs, plus hardware and capability strings over Bluetooth. And then any apps you’ve got loaded may also be calling home with your location unless you have that disabled and rotate your ad ID regularly.
[edit] also worth pointing out that even if you turn a smartphone “off” it still pings the local cell towers with its IMEI regularly. Surprised me the first time I witnessed that.
Exactly; email is digital post cards and always has been.
Of course, that means I can encrypt a message and use someone else’s email account to send it :)
I have a LinkedIn account. It has the list of recent jobs I’ve held and my education.
That’s my social media presence.
Things like Lemmy are my secondary presence that I keep anonymous.
It’s never been an issue during my background checks. But then, if anyone ever dared to ask me about my lack of presence, I’d give them a level stare and tell them that I practice what I preach.
It’s about the traffic shape and size; the packets are all encrypted, but unless you’re filling the gaps with random noise, there’s a pattern to the randomness, in terms of packet size and density, and to the shape of the traffic volume over time.
If you’re streaming video AND torrenting at the same time, that will cover up some of the torrent fingerprints, but not all.
And if someone has the fingerprint of a torrent from a non-VPN source, they can pretty reliably figure out exactly which torrent you’re connected to. Pretty much nobody goes to that level of analysis for a random person though; they’d have to already have some reason to be watching your network traffic AND find it worthwhile.
Torrenting means you’re sending copies of the files to anyone with a magnet link. Great for quickly sharing legitimate software with a wide group. If you’re trying to download stuff you don’t have a license for, torrenting is a bad solution. Better to find a small community where you can just share files directly, peer to peer or on a private server.
Torrenting has a very obvious digital fingerprint, so even if you’re using a VPN, your ISP knows you’re torrenting. And if your VPN provider gets served with a notice and their country is a member of any international trade agreement, they know who you are and have a responsibility to take action against you.
I keep all my traffic encrypted, use my own DNS, and run a VPN so that anytime I’m away from my place, my traffic is tunnelled through my home setup, which includes a piHole.
If I need more than that to obscure the traffic source, it goes through TOR.
I also run a few public web services off the same IP, so the traffic coming out of my address has plausible deniability.
Plus, I use tracker and ad blockers in all my browsers/devices, of course, as well as block JavaScript by default.
Generally, it’s best to go by capability, not by policy.
Any company has to do what the government of its country says. This goes both for the VPN company, AND any exit node country. So you have to always assume that whatever country your exit node is in has full access to the data exiting the VPN there.
Then there’s the technology being used, the expertise with which it is configured, and finally the policies in place for handling and storing your PII.
Mullvad has a strong record on all accounts, even as far as just giving a year’s notice that it will stop supporting OpenVPN.
AirVPN has virtually no track record, fewer details on hardware, configuration, expertise and PII handling, and it’s in the EU, so has to comply with EU laws as well as Italian laws.
Being in the EU means it has to comply with the GDPR, which does have its benefits. But it also means an EU member state could put a gag order on your account and be monitoring all your data without you ever knowing.
So it all comes down to who you want your data to be private from and why.
Personally, I avoid all public VPN services as much as possible, and assume that the only thing they’re really doing is tricking the next service in the hop as to what country I’m connecting from.
It won’t be gone. How else will they make good on their threat of shutting down media companies that say things they don’t like?
It’s worth noting that a sizeable number of Tor exit nodes are actually run by the German government. Meaning: they know exactly what’s going through those nodes.
So all they need to do to unmask a Tor source IP is control the first hop too. They’re in a position where they can narrow searches down to activity they’re actually interested in without significantly decreasing the privacy of other Tor users, and then they can peel back the onion.
This has been the case since shortly after Tor was created.
Google implemented WebP because they can control it without having to pay anyone else. Apple then bungled the client-side implementation.
Funny… I did the same thing. Chose Grand Central as my provider… who were then acquired by Google and became Google Voice :-/
These days I still have my GV number as it’s a known number, but I never call out on it. When possible I use Signal; I’ve also got burner talkatone numbers that change regularly, and Matrix/Element for any regular communication.
I figure the combination means that no provider has a full picture and all of those providers are unlikely to aggregate to the same databases.
The Beelink ones come with Windows 11 Home; since this is a privacy community, it should be obvious that that’s not all that great for privacy.
For wireless keyboards; I just got a cheap Bluetooth one with a trackpad because I knew it would be abused.
Take a TV, strap a mini PC like one of those BeeLink ones to the back (it comes with mounting hardware), plug an HDMI cable between them. Connect a wireless keyboard with trackpad, and congrats! You’ve got a big screen computer.
The next bits really depend on your technical know-how. What I did was wiped Windows from the PC and installed Linux, then installed Jellyfin and Firefox.
Jellyfin works as a media server so I can stream my own collection of videos/images anywhere im my home, and Firefox with uBlock Origin means I can log in to any streaming service I want, without the ads. And I can log into my (on-device) Jellyfin server the same way.
I’ve tried all the interfaces like XBMC/Kodi and Plesk etc. and find it’s more of a headache than just having a keyboard handy.
Thanks! That’s exactly what I was looking for.