![]() ![]() A no-transformation example looks like this: The variable input, that's whatever is put between the tags) and define the output Hackvertor code execution tags allow you to write code that takes an input (passed in You can write them in JavaScript or Python, we'll use Python here. But the truth is, Swiss social security numbersĪre not fully random and the last character is an EAN13 checksum over the other characters.Īnd instead of sending incorrect social security numbers to a website, how aboutĬalculating that checksum in Hackvertor? That's where custom Hackvertor code execution Observed in the Logger++ extension (another very helpful extension you should use) How does an example request look like when it leaves Burp? This can be However, it will not be sent out from Burp as-is and the tags will be replaced by Into an HTTP request in Burp's Repeater: 756.įor example, the following request can be created in the Burp Repeater: So generating a new random social security number is as easy as pasting the following value Generate a random number as shown in the input and output field in the following picture: In Hackvertor's UI you can searchįor tags and you should quickly find the random_num tag. You could use Burp's Intruder feature that allows you to try generate different numbers.īut what if you would like to send a new random number each time you send the request inīurp's Repeater? This is where Hackvertor can be used. ![]() If you would just like to brute-force random social security numbers in HTTP requests, Times four random characters and ending with another two random characters like this: 756.9217.0769.85 Researching, you find out this unique number always starts with 756, followed by two Nearly every adult in Switzerland has such a number. Imagine you are security testing a website and youįound an HTTP-API that expects the de facto Swiss social security number 1 as a Use Hackvertor to generate Swiss social security numbers One of the most powerful extensions, Hackvertorīy Gareth Hayes and its relatively new feature In this post we would like to show how to use But nowĮxtensions can again add some of them. HTTP related security analysis and that supports a semi-automated testing. Security tests and the analyst can focus on the parts of a security test, where the toolsīurp Suite Pro is one of the main tools to do all kind of Spot of semi-automated security testing, where the tools do the automatic and systematic If we teach automated tools to do things correctly each time, we get the sweet middle Injection attacks is very laborious and automated security scanners go on scanningįor hours while a human would have aborted the scan for various reasons. Is especially true for security testing, where manually checking every parameter for Own on how to do tests will mostly result in the machine doing nothing useful. On the other hand, letting a machine decide fully on its Manual testing is a tedious work, where you spend time doing vulnerability tests thatĬould be done by a machine. Why bother investing time to automate work when doing IT security testing? On one hand, ![]()
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