I don't use a VPN provider, but it's tempting as I don't trust my ISP at all.
I don't use a VPN provider, but it's tempting as I don't trust my ISP at all.
As a cherry on top, they were also the ones that successfully lobbied the government to allow that in the first place [2].
[1] https://www.privateinternetaccess.com/blog/2017/03/house-rep... [2] https://www.privateinternetaccess.com/blog/2017/02/internet-...
I've always assumed VPN providers sell whatever data they can too.
I also remember that Comcast did (and might still do) inject code onto websites to display a “pop-up” indicating that you’re reaching or have reached your datacap. It would even pop up on Steam because most of Steam is really just a webview. I’m not sure exactly how they did/do that.
Again, I’m not a network or security expert, so I’m not really sure of how TLS protects your internet history, which I take to mean a list of websites you visit and when.
But, for most people, that means that the ISP will just see:
• google.com
• facebook.com
• reddit.com
• somebignewspaper.example.com
Etc.
And there’s really nothing much too valuable about that. They won’t even be able to figure out if you’re shopping for something (unlike every other nosy channel provider), because most shopping traffic today just looks like Google + Amazon.
Very educational response though. Thank you.
While it's true that the big platforms dominate web use today, don't forget that the concept of metadata includes when you actively surf on the information superhighway. That's valuable information for advertisers.
So is every DNS lookup related to the API backends of specific apps you use. And every random website outside the massive platforms.
These might reveal tons of information about you. Like:
Are you doing research on politics (and which flavor)? Do you worry about health? When do you access online banking? Which banks? Any tax filing software? Invoicing apps? Do you use shitty payday loans? Are you looking for dates? Are you gay? Which games do you play? Which car dealerships do you consider? Do you gamble? And of course, any particularly.. specific porn sites? Do you access banking, travel/flight booking, investment, shitcoin trading, adult or gambling sites in a specific pattern that might indicate mania or other mental health issues?
With metadata alone, your ISP has a thick dossier on your habits, with stuff therapists don't know about their clients.
I misremembered, it was about 90% -- https://scirate.com/arxiv/1403.0297.
Of course the people that find this problem worthwhile to solve then go on to work for or found surveillance companies, rather than publishing proof of concepts to security lists.
We also already know the type of molds the surveillance companies are trying to fit us in, from their own marketing materials (eg https://www.experianintact.com/content/uk/documents/productS...). Do you really think there isn't enough metadata being leaked to bucket people into these categories?
And yeah, IP proxying is a hack. But it's seemingly the best we can do to mitigate the utterly broken HTTPS/JS protocol stack.
There are other straightforward advantages too, like having location targeting miss the mark which breaks up the coherency of their manipulation. I've got zero intrinsic interest in local/news events for elsewhere.
We can't solve for you the question of how much to use. If you want a snooper to not know if you retrieved file A of 14583 bytes or file B of 14621 bytes maybe a very small amount of padding will get the job done. If file B was 800 Mb that's a lot more padding you're asking for.
If you're responding to my characterization of HTTPS/JS as "broken", I'm referring to the fact it needs to make a connection to a well-known centralized-authority server every time it wants to retrieve a resource, leaving you at the mercy of your transit (and the server itself, which is obviously another major source of surveillance). Whereas something based on ideas like content-centric networking (eg Freenet) allows a user agent to retrieve those resources from peers or broadcasts, perhaps even over virtual constant-bitrate links.