51–60 of 124 posts
Looking at the circumvention techniques GoodbyeDPI uses makes me want to cry. Is this really the state of DPI in 2022: changing Host to hoSt, or adding white spaces between method and URI actually works?
Looking at the circumvention techniques GoodbyeDPI uses makes me want to cry. Is this really the state of DPI in 2022: changing Host to hoSt, or adding white spaces between method and URI actually works?
Earlier quoted context omitted.
Well, the good point of GoodbyeDPI is exactly so that it preserves your IP address. Normally, when trying to circumvent censorship, you would need a VPN server in a different country. But the downsides are that the bank will deny all transactions and call you (OK, answered, they added the VPN IP to the whitelist), that you will miss local-only content, you won't be able to register for a doctor appointment online (th…
I wonder why a VPN is the default solution (with all complications it ensues, some of which you've listed), when a simple SSH tunnel to any server in a sane location does just fine. `ssh server -D12345`, point your applications to socks5 at localhost:12345, and it's done. It's dead simple to only allow/deny those sites that you (don't) need to go through another server, and the traffic is encrypted (and optionally co…
At the height of the pandemic I travelled to Denmark for work (on a clinical trial) and had a UK negative covid test to report to the UK government that I hadn't got around to – whose website geo-blocks people reporting covid tests from outside a UK IP address (even if, e.g. you'd just left it and wanted to report a negative test taken the day before). A SOCKS proxy was detected and I got a "we cannot verify you are in the UK" message. A wireguard VPN worked fine.
[1] https://incolumitas.com/2021/03/13/tcp-ip-fingerprinting-for...
Haha that’s cute. Here in china the GFW now simply routes the IPs to blackhole. False positive by virtual host or CDN you ask? They don’t care :)
That's what domain fronting is for, and even though the GFW attempts to filter by SNI, genetic algorithms like Geneva are able to find workarounds: https://geneva.cs.umd.edu/papers/foci21.pdf
Looks like it uses WinDivert as the filtering driver, which says on its site that "Windows Server 2016 systems must have secure boot disabled"; not entirely surprising and a reminder of what a lot of the "security" stuff is really securing.
Looks like it uses WinDivert as the filtering driver, which says on its site that "Windows Server 2016 systems must have secure boot disabled"; not entirely surprising and a reminder of what a lot of the "security" stuff is really securing.
"secure boot must be disabled" is the equivalent of "in case of permissions error, just chmod 777". secure boot literally protects the user first, and is configurable with user provided keys on the vast vast majority of open platform computers (i.e. amd64) "prevent injection of a driver that can divert all my shit at the kernel level" is exactly what you want secure boot protecting you from. there is no limitation of…
The only thing Secure Boot is doing here is preventing you from loading a driver not blessed by Microsoft. They would happily bless "a driver that can divert all my shit at the kernel level", but it costs too much for the maintainer of WinDivert.
Sorry, might be a dumb question, but isn't this simply a matter of encrypting your packets or using a VPN?
Earlier quoted context omitted.
Well, the good point of GoodbyeDPI is exactly so that it preserves your IP address. Normally, when trying to circumvent censorship, you would need a VPN server in a different country. But the downsides are that the bank will deny all transactions and call you (OK, answered, they added the VPN IP to the whitelist), that you will miss local-only content, you won't be able to register for a doctor appointment online (th…
I wonder why a VPN is the default solution (with all complications it ensues, some of which you've listed), when a simple SSH tunnel to any server in a sane location does just fine. `ssh server -D12345`, point your applications to socks5 at localhost:12345, and it's done. It's dead simple to only allow/deny those sites that you (don't) need to go through another server, and the traffic is encrypted (and optionally co…
Sorry, might be a dumb question, but isn't this simply a matter of encrypting your packets or using a VPN?