Welcome back, guys.
So in this lecture, we are going to learn about the tar balls of what is taught.
So as we know, Google is one of the Web browser used for accessing this office.
Similarly, the browser is used to access a document.
Then why can't we use Google to expose the dark web?
Because the total browser anonymized is the Web traffic using the tornado, making it super safe and
easy to protect your identity online.
Actually, as you can see on the screen, the look of Tor browser is an onion, right?
Well, it's because the onion symbolizes the multilayer protection which is provided by Tor or completely
hides your identity, your IP address, as well as the location from where you're accessing the document
that is due to this multilayer protection.
Browsing the deep dark web through Tor may be slower as compared to accessing this office web or the
Clearnet using various other browsers.
Tor is also illegal in several countries that want to prevent its citizens from reading, publishing
or communicating anonymously.
Journalist around the world have made a hub for several types of news, which the government does not
want to be disclosed.
Several news related to corruption and sensitive topics can also be found on the browser, which the
governments are working to break the Tor anonymity properties, while, on the other hand, researchers
are on hard work improving it or rather is also available for Android and iOS and Android.
You can find it as Aubut or Box or Buick's easily from Plaistow.
And in the case of iOS, you can find an in browser from the App Store.
So how exactly Tarbox Tor keeps its users anonymous using the block chain.
Technology blogs in technology is also used in transfer of digital currencies like bitcoins to make
transactions untraceable.
So as you can see in the diagram, let's say Alice is trying to open the door browser.
So first of all, little device gets the dictionary or directory of all the available download from
a server.
Right?
So Total officially has no devices or servers, but several volunteers all around the world have provided
their device as Tor servers, which helped store create more protection walls as it improves the browsing
speed.
So after elsewise gets the list of all available downloads, the dotted line picks a random path to
the design server and added that each node at the end of each node, the signal is encrypted.
As you can see in the diagram, the green lines are then encrypted lines wherever the red lines are
not encrypted.
So the client of Alice picks a random path through Thornwood, encrypt each signal at the junction and
finally reaches the desired server.
That is in this case.
But again, when Alice visits another site or request any kind of service, that our client will again
pick a random path through the door, not encrypted signal at each node, and then reaches the desired
server, which is in this case, Gene.
You see, there are many phases of encryption between the client and the server, which makes the hacker
or any third person party nearly impossible to trace.
Thank you.
That's it for this lecture.
Hope you learned about how the door brother works in the next lecture.
We are going to learn about deals, another security to protect our privacy.
Thank you very much.
See you there.