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TRYHACKME BURP SUITE REPEATER ANSWERS MANUAL
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Change back to Burp Suite, we now have a request that’s waiting in our intercept tab. Note that the page appears to be continuously loading. #4 Return to your web browser and navigate to the web application hosted on the VM we deployed just a bit ago. What is it? Use the format of IP:PORT 127.0.0.1:8080 #2 By default, the Burp Suite proxy listens on only one interface. #9 Last but certainly not least, which tool allows us to modify Burp Suite via the addition of extensions? Extender #8 With four modes, which tool in Burp can we use for a variety of purposes such as field fuzzing? Intruder #7 Simple in concept but powerful in execution, which tool allows us to reissue requests? Repeater #6 Which tool allows us to redirect our web traffic into Burp for further examination? Proxy #5 Encoding or decoding data can be particularly useful when examining URL parameters or protections on a form, which tool allows us to do just that? #4 While only available in the premium versions of Burp Suite, which tool can we use to automatically identify different vulnerabilities in the application we are examining? Scanner #3 Which tool can we use to set the scope of our project? Target

TRYHACKME BURP SUITE REPEATER ANSWERS PASSWORD

#2 What tool could we use to analyze randomness in different pieces of data such as password reset tokens? Sequencer Try performing the capture again, but this time monitor your requests in Wireshark.#1 Which tool in Burp Suite can we use to perform a ‘diff’ on responses and other pieces of data? Comparer

Task 8 Live Capture Follow the steps above to perform entropy analysis on the loginToken set by the /admin/login route of our target web app.

TRYHACKME BURP SUITE REPEATER ANSWERS MANUAL

Using Manual Load means we don't have to make thousands of requests to our target (which is both loud and resource intensive), but it does mean that we need to obtain a large list of pre-generated tokens!

Manual load allows us to load a list of pre-generated token samples straight into Sequencer for analysis.

Once we have accumulated enough samples, we stop Sequencer and allow it to analyze the captured tokens. With the request passed in, we can tell Sequencer to start a live capture: it will then make the same request thousands of times automatically, storing the generated token samples for analysis. For example, we may wish to pass a POST request to a login endpoint into Sequencer, as we know that the server will respond by giving us a cookie. Live capture allows us to pass a request to Sequencer, which we know will create a token for us to analyze.

Live capture is the more common of the two methods - this is the default sub-tab for Sequencer.

There are two main methods we can use to perform token analysis with Sequencer: If it turns out that these tokens are not generated securely, then we can (in theory) predict the values of upcoming tokens. For example, we may wish to analyze the randomness of a session cookie or a Cross- Site Request Forgery (CSRF) token protecting a form submission. In short, Sequencer allows us to measure the entropy (or randomness, in other words) of "tokens" - strings that are used to identify something and should, in theory, be generated in a cryptographically secure manner. Send the request again, then pass the new response into Comparer. In the Repeater tab, change the credentials to: Send the request, then right-click on the response and choose "Send to Comparer".

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Send the request to Repeater with Ctrl + R (or Mac equivalent), or by right-clicking on the request in Proxy and choosing to "Send to Repeater". Comparer Task 6 Example Navigate to Try to login with an invalid username and password - capture the request in the Burp Proxy.