Let’s try it too, for the above-captured request that we’ve used. ![]() ![]() it simply checks the first payload from payload list one with the first payload from the payload list 2, and if they found to be the correct credential, it passes a success. But, it does not fuzz up the things, i.e. This attack type is completely different from all the other three, although it carries multiple payload sets and different injection points. And with this, I don’t think so, that there is a need to sort the length or the status bars, as the output as “ignite” with 302 Redirection is clear. From the below image you can see that the total number of requests are equal to the number of payloads we injected. And then further, let’s start the attack by hitting the “Attack” button.Īnd there we go, we’re back with an output list. Now, let’s inject some payloads by typing them at the input field. Here, we’ll try to find out the accounts that are having their passwords as similar to their usernames. Let’s make it more clear by manipulating the attack type to Battering ram within the captured request. it used where the same input is to be inserted in multiple places within the request. Here, a single list is injected at different payload positions i.e. The Battering ram attack type is most favourite of Bug Bounty Hunters, as it requires a single set of payload lists to hit the vulnerability at multiple positions within the request. Therefore, the total number of requests generated in this attack is the product of the number of payloads in all defined payload sets. the next payload(password) from the payload list 2 will fuzz all the payloads(usernames) from payload list 1. Here, in this attack, the first password from the payload list 2 will fuzz all the usernames from payload list 1, similarly, then the second password will fuzz all the usernames again and the attack goes on…. So, let’s configure payload 2 positions with all the possible password that can exist for a username.Īs soon as we hit the “Attack” button, the fuzzer will start, and we’ll get the output screen having all the combinations of the usernames and passwords.īut wait, let’s first clear the background concept behind this, like how the two different payload lists will work such in order to give a successful 302 Redirection. Now, with the usernames, we need some passwords too. Time to fill the empty box with a list of all possible usernames. Therewith it, opt the Attack type to Cluster Bomb. Now, let’s configure the payload positions by selecting the input values of login and password fields with the Add $ button. Cluster Bombīack with the similar way, let’s capture the ongoing HTTP Request and share it with the Intruder. Cluster Bomb, here we’ll try to fuzz the username and password of the users by injecting two different payload lists respectively at the different injection points. So, let’s dig somewhat deeper and explore one of the most common attack types i.e. Thereby for such situation, where we need to set different input parameters as injection points, we can use the other attack types offered by Burpsuite. But, with this, we can’t set multiple payload positions over in the same Request. We did this because sniper uses a single set of payloads and targets a single position in turn with it. ![]() ![]() Up till now, you might have seen that over in all the attacks scenarios, we’ve used Sniper as an attack type. So today, in this article, you’ll get all of your questions answered, whether it’s regarding the payload option, the attack type or even the grep match or grep extract values. After reading both of our previous articles, you might be wondering, “What about the other features or sections that Burpsuite’s Intruder offers us?” or “How can we use the other payload options rather than the Simple list only?”
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