This tool automates the process of resetting machine IDs and bypassing token limits for AI-powered IDEs like Cursor and Windsurf, enabling unlimited use of Pro features for free. It targets users who frequently encounter trial limits and wish to maintain their coding context and history.

How It Works

The tool operates by automatically resetting the machine's unique identifier, effectively tricking the IDE into believing it's a new installation. It then leverages a server-side pool to retrieve previously created accounts, allowing users to switch between them seamlessly. This approach circumvents trial limitations by presenting a fresh identity for each usage session.

Quick Start & Requirements

• Install/Run: Requires Python 10+ and Google Chrome. Specific execution commands are not detailed in the README, but the project implies running a script.
• Prerequisites: Windows operating system, Python 10+, Google Chrome.
• Resources: No specific resource footprint is mentioned.
• Links: No direct links to quick-start guides or demos are provided.

Highlighted Details

• Supports multiple languages including English, Türkçe, 中文, Deutsch, Français, Português, and Русский.
• Addresses common errors like "Too many free trial accounts," "Our servers are currently overloaded," and "Unauthorized Request."
• Claims to allow users to "directly own the created accounts."
• Provides solutions for IP address blacklisting and suspicious activity detection.

Maintenance & Community

• The project is maintained by ruwiss.
• No information on community channels (Discord/Slack), roadmap, or sponsorships is available.

Licensing & Compatibility

• The license is not specified in the README.
• Compatibility for commercial or closed-source linking is not addressed.

Limitations & Caveats

This tool is explicitly stated to be for research and educational purposes only, with the developer disclaiming responsibility for any issues arising from its use. It is currently Windows-only and relies on external servers for account retrieval, which may experience overload.