This document proposes developing a graphical user interface (GUI) application for user authentication and USB port control. The application would allow users to enter a password, and upon successful validation, it would lock or unlock the USB ports to prevent unauthorized copying of information and minimize data loss. It aims to provide protection against USB malware and potential data breaches. The project overview involves developing a user-friendly login GUI, implementing secure authentication, and controlling USB ports based on authentication status to enhance security.

1. USB PHYSICAL PORTS SECURITY USING PYTHON

2. AGENDA
• To develop a Graphical User Interface (GUI) application for user
authentication and USB port control.
• The system would allow users to enter password, and upon successful
validation, it would lock or unlock the USB ports.
• Prevent confidential information from being copied to unauthorized
removable storage devices and minimize the risk of data loss and data leaks.
• Get protection against the spread of USB malware and potential data
breaches with an effective USB port lock software

3. PROBLEMS WITH USB
• Malware infections: Unintentional infection occurs when someone inserts an unprotected
USB device into a compromised system. In an intentional infection, someone knowingly
infects a device in order to connect it to a system and harm sensitive data.
• USB device spoofing: The USB drive contains software that tricks the computer into
thinking a keyboard is attached. The drive then injects keystrokes to command the
computer to install malware.
• BadUSB attacks: BadUSB is a computer security attack using USB devices that are
programmed with malicious software.

4. PROJECT OVERVIEW
• Develop a user-friendly GUI for login and password entry.
• Implement a secure authentication process to verify user credentials.
• Control the USB ports based on authentication status.
• Enhance system security by restricting access to USB ports.

5. PROJECT REQUIREMENTS
• Python IDE: An Integrated Development Environment(IDE) is a program dedicated
to software development. As the name implies, IDEs integrate several tools
specifically designed for software development.
• Python Libraries: A Python library is a collection of related modules. It contains
bundles of code that can be used repeatedly in different programs. It makes Python
Programming simpler and convenient for the programmer and some of
the Libraries used in this are: tkinter, Subprocess, os.

6. WHO ARE THE END USERS?
•Enterprises and Organizations
•IT Administrators
•Healthcare Institutions
•Financial Institutions
•Educational Institutions
•Government Agencies
•Personal Users

7. FUTURE ENHANCEMENT
•Audit and Reporting: Implement an auditing feature that logs USB port
activities including lock and unlock events, connected devices, and user actions. This
helps organizations track and monitor USB usage, identify potential security breaches
or policy violations, and generate reports for compliance purposes.
•Remote Locking and Unlocking: Enable the capability to remotely lock or unlock USB
ports on managed devices. This can be useful for scenarios where devices are lost,
stolen
•Intelligent Threat Detection: Incorporate intelligent threat detection mechanisms that
analyze USB device behavior and identify potential security risks.

8. CONCLUSION
•The development of a GUI for USB port locking and unlocking with user validation brings
several significant benefits to enhancing USB port security.
•By implementing user validation as an additional layer of protection, organizations can
effectively control access to USB ports and mitigate potential risks associated with
unauthorized data transfer, malware introduction, and data leakage.
•By creating a GUI for USB port locking and unlocking with user validation, organizations can
take proactive steps to safeguard their networks, protect valuable data assets, and maintain
compliance with data security regulations.

9. THANK YOU