![]() ![]() For now, let’s concentrate on the table named credit_cards. All details of the operations performed are automatically stored by sqlmap. Now that we have a list of tables residing inside the remote server, we can dump any one of them to our system. Now we can see tables populating Tables Populating Tables Populating Command: sqlmap -r mut-sqlmap-bypassauth-post.req -D mutillidae -tables Step 2: Get tables from the selected database. For this, I am focusing on a database named Mutillidae. Now that we have a list of databases, we can focus into one of them. The output comes up with the list of databases in the remote server. Command: sqlmap -r mut-sqlmap-bypassauth-post.req -dbs ![]() So since the page is vulnerable, let us perform some attacks using sqlmap. If you find the page is not vulnerable, the banner grabbing wouldn’t have given exact results. Step 1: Get All DatabasesĪfter the request is taken & saved as a file, we can proceed with sqlmap. Here the scenario is same as described in the referred link. In this lab, I am using a request which was saved in a file. For this, we need the URL or copied request to the form we are trying sql injection. In this lab, we enumerate & dump an entire database from a vulnerable web application. So I recommend you to go through that post before you proceed with this one unless you know what you are doing. The following lab sessions are a continuation of the previous one on sqlmap. Refer to the article on Introduction to SQLMAP for getting started. Sqlmap automates a normal & advanced sql injection techniques and performs them on a regular form. Sqlmap is a database assessment tool which pentesters & security researchers can use to enumerate databases of various types. ![]()
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