Results tab listing all possible combinations This is the final part of the attack finished from our perspective, click back to the Positions tab and hit 'Start Attack'. Then repeat the process for the passwords. Once the usernames have been done click the 'Payload set' drop down and select 2. The order of the payloads is chronological so because our username field is first in the request, list the three usernames into the payload box, by entering one at a time into the text box and selecting Add. In the Payloads tab there are two payloads we need to set, one for the usernames and one for the passwords. This list is short, most likely for ease of use and brevity, however in real world situations the list could be far longer - resulting both in longer execution times and greater possibility of detection. As this is a simulated exercise and not a real platform, we have been provided with a list of possible usernames and passwords. Per the story of this attack, we would now research online to attempt to find a possible default credential list for this platform. Then navigate to the payloads tab so we can set the payload. Set the 'Attack type' dropdown to 'Cluster bomb', as this type gets Burp to try every payload combination. Using these variables we can repeatedly attempt to break the site using any combination of the values contained in our dictionary.
#TRYHACKME BURP SUITE PASSWORD#
When Burp Suite receives the request in the Intruder tab, it automatically detects the username and password section as areas of interest and sets variables there for us. If we right-click anywhere in this section and select 'Send to Intruder' we will be able to interact with the request and add variables for our dictionary attack. You will see in the request dialogue at the bottom at line 14 shows our username and password. If you click on the 'HTTP history' tab and select the POST request to the '/login' route. Next, in Burp Suite navigate to the 'Proxy' tab.
The combination isn't important as when we submit the request, Burp Suite will hold the request. Then enter any combination of username and password into the boxes and hit 'Sign In'. Click on the FoxyProxy browser extension icon (right of the URL bar) and select Burp from the options. This can be done by manually creating a proxy within the browser settings and uploading a Burp certificate, however the FoxyProxy browser extension makes this much easier, with a Burp setting already pre-configured in the AttackBox. Next, we need to give Burp Suite access to the packets by changing the certification. Select 'temporary project' then navigate to the intercept tab and ensure intercept is set to on. Launch Burp Suite (found on the right hand side in the AttackBox or search for it in Kali). Performing such an attack on a website comes in a few steps, beginning with intercepting packets. The goal of this room is to learn about dictionary attacks, which means testing from a range of potential variables in a list - aka the dictionary. Log-on page for Santa Sleigh Trackerįor this task we need to regain access to the platform, but we don't know what any of the credentials are. You should be greeted with a web page for 'Santa Sleigh Tracker'. Once the deployed box has loaded, navigate to the boxes IP address in a web browser. To begin, deploy the machine for this room and connect to an AttackBox or the THM OpenVPN in your own pen testing environment. If you haven't completed the Day 1 challenge yet, give it a try then read my write up of it here.įor this challenge there are only two tasks, the first of which doesn’t require an answer. This challenge gives us practical experience using Burp Suite and FoxyProxy to intercept packets and an understanding of simple web authentication.
In the Christmas Chaos scenario, you are challenged to recover the control panel for Santa’s sleigh after it has been compromised by a rouge actor. Advent of Cyber 2 | Day 3 - Christmas Chaos | TryHackMe Walkthrough
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