[end quoted excerpt]EFF logo A Project of the Electronic Frontier FoundationTest your browser to see how well you are protected from tracking and >fingerprinting:
See how trackers view your browser
TEST YOUR BROWSER
Test with a real tracking company ?
How does tracking technology follow your trail around the web, even if
you've taken protective measures? Cover Your Tracks shows you how trackers >see your browser. It provides you with an overview of your browser's most >unique and identifying characteristics.
Only anonymous data will be collected through this site.
Want to learn more about tracking? Read how it works with our guide:
Learn More About Fingerprinting
...
TEST YOUR BROWSER
https://firstpartysimulator.net/kcarter?&aat=1 >https://firstpartysimulator.org/kcarter?try2=true&aat=1 >https://coveryourtracks.eff.org/results?&aat=1&fpi_whorls= ...
Here are your Cover Your Tracks results. They include an overview of how >visible you are to trackers, with an index (and glossary) of all the
metrics we measure below.
Our tests indicate that you have strong protection against Web tracking.
Is your browser:
Blocking tracking ads? Yes
Blocking invisible trackers? Yes
Protecting you from fingerprinting?
Your browser has a nearly-unique fingerprint
...
Your browser has a nearly-unique fingerprint
On Sun, 24 Mar 2024 19:44:58 +0100 (CET), D <J@M> wrote:
Your browser has a nearly-unique fingerprint
Bingo.....
Hiding in plain sight: Introducing WebTunnel[end quote]
by shelikhoo, ggus | March 12, 2024
Today, March 12th, on the World Day Against Cyber Censorship, the Tor Project's
Anti-Censorship Team is excited to officially announce the release of WebTunnel,
a new type of Tor bridge designed to assist users in heavily censored regions >to connect to the Tor network. Available now in the stable version of Tor >Browser, WebTunnel joined our collection of censorship circumvention tech >developed and maintained by The Tor Project.
The development of different types of bridges are crucial for making Tor more >resilient against censorship and stay ahead of adversaries in the highly dynamic
and ever-changing censorship landscape. This is especially true as we're going >through the 2024 global election megacycle, the role of censorship circumvention
tech becomes crucial in defending Internet Freedom.
If you've ever considered becoming a Tor bridge operator to help others connect
to Tor, now is an excellent time to get started! You can find the requirements >and instructions for running a WebTunnel bridge in the Tor Community portal. >What is WebTunnel and how does it work?
WebTunnel is a censorship-resistant pluggable transport designed to mimic >encrypted web traffic (HTTPS) inspired by HTTPT. It works by wrapping the >payload connection into a WebSocket-like HTTPS connection, appearing to network
observers as an ordinary HTTPS (WebSocket) connection. So, for an onlooker >without the knowledge of the hidden path, it just looks like a regular HTTP >connection to a webpage server giving the impression that the user is simply >browsing the web.
In fact, WebTunnel is so similar to ordinary web traffic that it can coexist >with a website on the same network endpoint, meaning the same domain, IP >address, and port. This coexistence allows a standard traffic reverse proxy to >forward both ordinary web traffic and WebTunnel to their respective application
servers. As a result, when someone attempts to visit the website at the shared >network address, they will simply perceive the content of that website address >and won't notice the existence of a secret bridge (WebTunnel).
Comparing WebTunnel to obfs4 bridges
WebTunnel can be used as an alternative to obfs4 for most Tor Browser users. >While obfs4 and other fully encrypted traffic aim to be entirely distinct and >unrecognizable, WebTunnel's approach to mimicking known and typical web traffic
makes it more effective in scenarios where there is a protocol allow list and a
deny-by-default network environment.
Consider a network traffic censorship mechanism as a coin sorting machine, with
coins representing the flowing traffic. Traditionally, such a machine checks if
the coin fits a known shape and allows it to pass if it does or discards it if >it does not. In the case of fully encrypted, unknown traffic, as demonstrated in
the published research How the Great Firewall of China Detects and Blocks Fully
Encrypted Traffic, which doesn't conform to any specific shape, it would be >subject to censorship. In our coin analogy, not only must the coin not fit the >shape of any known blocked protocol, it also needs to fit a recognized allowed >shape--otherwise, it would be dropped. Obfs4 traffic, being neither a match for
any known allowed protocol nor a text protocol, would be rejected. In contrast,
WebTunnel traffic resembling HTTPS traffic, a permitted protocol, will pass. >If you want to learn more about bridges, different designs and how they work, >check out our video series.
How to use a WebTunnel Bridge?
Step 1 - Getting a WebTunnel bridge
At the moment, WebTunnel bridges are only distributed via the Tor Project >bridges website. We plan to include more distributor methods like Telegram and >moat.
1. Using your regular web browser, visit the website:
https://bridges.torproject.org/options
2. In "Advanced Options", select "webtunnel" from the dropdown menu, and click
on "Get Bridges".
3. Solve the captcha.
4. Copy the bridge line.
Step 2 - Download and install Tor Browser for Desktop
Note: WebTunnel bridges will not work on old versions of Tor Browser (12.5.x).
1. Download and install the latest version of Tor Browser for Desktop.
2. Open Tor Browser and go to the Connection preferences window (or click on
"Configure Connection").
3. Click on "Add a Bridge Manually" and add the bridge lines provided on Step 1.
4. Close the bridge dialog and click on "Connect."
5. Note any issues or unexpected behavior while using WebTunnel.
Or Download and install Tor Browser for Android
1. Download and install the latest version of Tor Browser for Android.
2. Run Tor Browser and choose the option to configure a bridge.
3. Select "Provide a Bridge I know" and enter the provided bridge addresses. 4. Tap "OK" and, if everything works well, it will connect.
Step 3 - Share feedback with us
Your feedback is crucial to help us identify any issues and ensuring the >reliability of WebTunnel bridges. For users living in censored regions, we would
love to hear how this new bridge's performance compares to other circumvention >methods such as obfs4 and Snowflake.
Thank you to all the volunteers who have contributed to making WebTunnel possible
The more tools we have at our disposal, the better we will be able to target our
response, keeping censors at bay and enabling millions of users to access the >free and open internet. We first announced this new bridge type in October 2023
with a call for testers asking Tor users for whom it was safe to use WebTunnel >to provide feedback. So many of you sprung into action and we received a lot of
feedback, both public and private, that allowed us to make numerous stability >improvements to WebTunnel.
Right now, there are 60 WebTunnel bridges hosted all over the world, and more >than 700 daily active users using WebTunnel on different platforms. However, >while WebTunnel works in regions like China and Russia, it does not currently >work in some regions in Iran.
Our goal is to ensure that Tor works for everyone. Amid geopolitical conflicts >that put millions of people at risk, the internet has become crucial for us to >communicate, to witness and share what is happening around the world, to >organize, to defend human rights, and to build solidarity. That is why our >community's volunteer contributions are vital. Remember, there are many ways >to get engaged: You can run more bridges, Snowflake proxies and relays to >continue our fight against censorship and for free and open access to the >unrestricted internet.
On Sun, 24 Mar 2024 12:19:19 -0500, JAB <here@is.invalid> wrote:
https://panopticlick.eff.org/
hmm... (using Tor Browser 13.0.13 w/ webtunnel bridge) . . .
https://panopticlick.eff.org/ resolves to . . . https://coveryourtracks.eff.org/
I expected to be relatively easily identified (niche browser
on a niche OS) but still gave away lots more
info than I'd thought of.
On Tue, 26 Mar 2024 01:55:11 -0000 (UTC), Retrograde <fungus@amongus.com.invalid> wrote:
I expected to be relatively easily identified (niche browser
on a niche OS) but still gave away lots more
info than I'd thought of.
VPN usage might cloak a person, but will the VPN service sell your
cookies.
Some do, and some don't...but I've never bought a subscription.
Too many businesses want our cookies...including vehicle makers.
On 2024-03-24, D <J@M> wrote:
On Sun, 24 Mar 2024 12:19:19 -0500, JAB <here@is.invalid> wrote:
https://panopticlick.eff.org/
hmm... (using Tor Browser 13.0.13 w/ webtunnel bridge) . . .
https://panopticlick.eff.org/ resolves to . . .
https://coveryourtracks.eff.org/
Pretty fun and interesting. I expected to be relatively easily
identified (niche browser on a niche OS) but still gave away lots more
info than I'd thought of.
The modern web sucks donkey balls. Gopher/Gemini rule!
browsing from yoru library
On Tue, 26 Mar 2024 11:01:29 +0100, D <nospam@example.net> wrote:
browsing from yoru library
Only library I used requires a login on their computers/WiFi, which
IDs the user. I think this is a common practice in libraries
https://histatelawlibrary.com/services/public-computer-and-internet-use/
If using a person's laptop/tablet, they all have a finger print. I
believe there are some 3,000 or so bussinesses that track users, and I
assume a finger print could be used to narrow down suspects, along
with location/IP data.
Using once a "burner" tablet/laptop might work....use and pitch.
| Sysop: | Keyop |
|---|---|
| Location: | Huddersfield, West Yorkshire, UK |
| Users: | 546 |
| Nodes: | 16 (2 / 14) |
| Uptime: | 13:12:53 |
| Calls: | 10,389 |
| Calls today: | 4 |
| Files: | 14,061 |
| Messages: | 6,416,887 |
| Posted today: | 1 |