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Welcome back, guys.

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So in this lecture, we are going to learn about the tar balls of what is taught.

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So as we know, Google is one of the Web browser used for accessing this office.

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Similarly, the browser is used to access a document.

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Then why can't we use Google to expose the dark web?

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Because the total browser anonymized is the Web traffic using the tornado, making it super safe and

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easy to protect your identity online.

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Actually, as you can see on the screen, the look of Tor browser is an onion, right?

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Well, it's because the onion symbolizes the multilayer protection which is provided by Tor or completely

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hides your identity, your IP address, as well as the location from where you're accessing the document

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that is due to this multilayer protection.

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Browsing the deep dark web through Tor may be slower as compared to accessing this office web or the

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Clearnet using various other browsers.

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Tor is also illegal in several countries that want to prevent its citizens from reading, publishing

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or communicating anonymously.

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Journalist around the world have made a hub for several types of news, which the government does not

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want to be disclosed.

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Several news related to corruption and sensitive topics can also be found on the browser, which the

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governments are working to break the Tor anonymity properties, while, on the other hand, researchers

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are on hard work improving it or rather is also available for Android and iOS and Android.

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You can find it as Aubut or Box or Buick's easily from Plaistow.

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And in the case of iOS, you can find an in browser from the App Store.

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So how exactly Tarbox Tor keeps its users anonymous using the block chain.

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Technology blogs in technology is also used in transfer of digital currencies like bitcoins to make

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transactions untraceable.

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So as you can see in the diagram, let's say Alice is trying to open the door browser.

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So first of all, little device gets the dictionary or directory of all the available download from

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a server.

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Right?

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So Total officially has no devices or servers, but several volunteers all around the world have provided

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their device as Tor servers, which helped store create more protection walls as it improves the browsing

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speed.

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So after elsewise gets the list of all available downloads, the dotted line picks a random path to

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the design server and added that each node at the end of each node, the signal is encrypted.

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As you can see in the diagram, the green lines are then encrypted lines wherever the red lines are

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not encrypted.

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So the client of Alice picks a random path through Thornwood, encrypt each signal at the junction and

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finally reaches the desired server.

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That is in this case.

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But again, when Alice visits another site or request any kind of service, that our client will again

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pick a random path through the door, not encrypted signal at each node, and then reaches the desired

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server, which is in this case, Gene.

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You see, there are many phases of encryption between the client and the server, which makes the hacker

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or any third person party nearly impossible to trace.

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Thank you.

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That's it for this lecture.

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Hope you learned about how the door brother works in the next lecture.

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We are going to learn about deals, another security to protect our privacy.

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Thank you very much.

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See you there.