Welcome to the UAC Bypass FUD repository. This project focuses on various methods for bypassing User Account Control (UAC) in Windows environments. Here, you will find techniques for elevation and persistence that can help security researchers and ethical hackers understand and mitigate risks associated with UAC.
User Account Control (UAC) is a security feature in Windows designed to prevent unauthorized changes to the operating system. While UAC enhances security, it can also be a hurdle for legitimate tasks. This repository provides a collection of methods to bypass UAC, which can be useful for security assessments and penetration testing.
To get started, download the latest release from our Releases page. Follow the instructions provided in the release notes to execute the necessary files.
- Administrator Privileges: Gain elevated privileges for administrative tasks.
- Bypass UAC: Utilize various techniques to bypass UAC prompts.
- DLL Hijacking: Exploit DLL loading mechanisms for privilege escalation.
- Exploit Techniques: Detailed methods for exploiting UAC weaknesses.
- Fodhelper Bypass: A specific method targeting the Fodhelper executable.
- FUD (Fully Undetectable): Techniques that minimize detection by security software.
- Persistence Methods: Strategies for maintaining access over time.
To install the UAC Bypass FUD tools, follow these steps:
- Visit the Releases page.
- Download the latest release file.
- Extract the contents to a directory of your choice.
- Open a command prompt with administrative privileges.
- Navigate to the directory where you extracted the files.
- Execute the necessary files as described in the release notes.
After installation, you can start using the tools. Each method has its own usage instructions. Refer to the README files within each method's folder for specific commands and examples.
./UACBypassMethod1.exe
This command will initiate the first UAC bypass method. Make sure to run it in an elevated command prompt.
This method focuses on leveraging existing administrator privileges to execute tasks that would normally require UAC approval.
Several techniques exist to bypass UAC. The most common methods include:
- Registry Manipulation: Modifying registry keys to disable UAC prompts.
- Scheduled Tasks: Creating tasks that run with elevated privileges without UAC prompts.
DLL hijacking involves placing a malicious DLL in a directory that a legitimate application loads. When the application runs, it inadvertently loads the malicious DLL, allowing for privilege escalation.
This section covers various exploits that target UAC weaknesses. Examples include:
- Using Windows Services: Exploiting services that run with elevated privileges.
- File Association Exploits: Manipulating file associations to execute code without UAC prompts.
The Fodhelper executable can be exploited to gain elevated privileges. This method is effective because it is often trusted by the system.
Fully Undetectable (FUD) techniques aim to avoid detection by antivirus and endpoint protection systems. This involves obfuscating code and using less common methods to execute payloads.
Persistence methods ensure that access is maintained even after a system reboot. Techniques include:
- Startup Folder: Placing executables in the startup folder to run on boot.
- Scheduled Tasks: Creating tasks that run at specific intervals or system events.
We welcome contributions to improve this project. If you have suggestions or enhancements, please follow these steps:
- Fork the repository.
- Create a new branch for your feature or bug fix.
- Make your changes and commit them with clear messages.
- Push your branch to your forked repository.
- Open a pull request to the main repository.
This project is licensed under the MIT License. See the LICENSE file for more details.
For questions or inquiries, please reach out to the repository maintainer via GitHub. We appreciate your interest in UAC Bypass FUD.
Feel free to explore the tools and learn more about UAC bypass techniques. Don’t forget to check the Releases page for the latest updates and downloads.