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1. #Application capture screenshot path already there mod#
2. #Application capture screenshot path already there series#
3. #Application capture screenshot path already there download#

In the highlighted area above, we can see that there is a “file” parameter in the test.php file this is being used to read the file form the system. I checked the HTML content of the page and I found something very interesting: However, this information does not make any difference for us, because we have to hack the target system. We can see that this file is used to return the browser information. The output of test.php can be seen in the following screenshot. While exploring the target machine manually, I found a file called “test.php” in the target system, which displays some browser information. I used Nikto Vulnerability Scanner to find out the weak points on the target application, but it did not provide any interesting information about the target machine. In the above screenshot, we can see that dirb has identified some files on the target machine, but all of them returned 403 response codes. I executed the dirb tool the output of the tool can be seen in the following screenshot. As can be seen in the following screenshot, it shows a default Apache page.Īs it was showing a default page, I thought running a dirb tool would be a good idea to identify the other entry points. Step 3Īs we know that port 80 is available, let’s open the target machine IP address on the browser. In the output above, we can see that only port 80 was found to be open on the target machine. Here, we have used –A switch, which is the mostly common switch used by pentesters while performing penetration testing activities. The running command and the output of the Nmap scan can be seen in the following screenshot. This is to find the open ports and services on the target machine and will help us to proceed further. In this step, we will scan the target machine by using the popular port scanning tool, Nmap. The next step is to scan the target machine by using the Nmap tool. This time, we did not require running the netdiscover command to get the target IP address. Note: The target machine IP address may be different in your case, as it’s being assigned by the network DHCP. The target machine IP address is 192.168.11.12 and I will be using 192.168.11.14 as an attacker IP address. The target machine IP address can be seen in the following screenshot.

#Application capture screenshot path already there mod#

Bypassing Mod Security Firewall and exploiting LFI.Enumerating WAF (Web Application Firewall).

Enumerating the web application with Dirb and Nikto vulnerability scanner.Scanning open ports by using the Nmap scanner.The summary of the steps which involve solving this CTF is given below. The techniques used are solely for educational purposes, and I am not responsible if the listed techniques are used against any other targets.

I am using Kali Linux as an attacker machine for solving this CTF. Please Note: For all of these machines, I have used Oracle Virtual Box to run the downloaded machine. There are a lot of other challenging CTF exercises available on and I highly suggest attempting them, as it is a good way to sharpen your skills and also learn new techniques in a safe environment.

#Application capture screenshot path already there download#

You can download vulnerable machines from this website and try to exploit them.

#Application capture screenshot path already there series#

For those who are not aware of the site, VulnHub is a well-known website for security researchers which aims to provide users with a way to learn and practice their hacking skills through a series of challenges in a safe and legal environment.