The USB sandbox project addresses the critical need for secure handling of USB devices in environments vulnerable to data breaches and malware threats. USB devices, while widely used for data transfer and storage, can serve as vectors for malicious code and unauthorized data access. This project creates a controlled, isolated environment for USB interactions by sandboxing untrusted USB devices within a Docker container. The sandboxing approach prevents any potential threats from reaching the host system, ensuring that malicious actions are contained and do not compromise system security. Docker’s containerization is leveraged due to its lightweight, efficient architecture compared to traditional virtual machines, enabling secure USB isolation with minimal overhead. Additionally, USB-Guard enhances host security by restricting unauthorized USB device access, while Python scripting automates the detection, mounting, and unmounting processes within the sandbox. This solution is particularly useful for industries handling sensitive data, government sectors, and individual users prioritizing data security, providing a reliable mechanism for safe USB device interaction and protection against evolving security threats.