Coding Made Tangible. Creativity Unleashed. Screen-Free. AI-Powered.

CodeeBots is a screen-free, tangible coding platform designed to make programming logic intuitive, physical, and accessible. By combining magnetic coding blocks, real-time visual execution feedback, and an AI-powered voice tutor built on large language model technology, CodeeBots enables users to build and understand code through hands-on interaction rather than screens.

Unlike traditional coding toys or software-based learning tools, CodeeBots turns programming into a physical experience. Users connect magnetic blocks—each representing a programming command such as movement, loops, or conditional logic—then execute the program using a rotary control. An integrated light-flow system visually traces the execution path, allowing users to see how logic runs step by step in real time.

CodeeBots is protected by 14 invention patents and represents a new category of tangible coding systems that bridges education, creativity, and real-world making.

How CodeeBots Works

1. Physical Coding with Magnetic Blocks

Each magnetic block represents a specific programming instruction. The magnetic structure ensures correct logical connections and prevents syntax errors, allowing users to focus on understanding logic rather than fixing code mistakes.

2. Real-Time Visual Execution

When a program runs, a built-in light-flow system illuminates each block in sequence, clearly visualizing how the code executes. This transforms abstract programming concepts into a visible, intuitive process.

3. AI-Powered Voice Tutor (Powered by ChatGPT)

CodeeBots integrates an AI voice tutor powered by ChatGPT, enabling natural, conversational interaction. The AI provides real-time guidance, explains logic, suggests improvements, and helps users troubleshoot—all without requiring a screen.

AI Tutor: Powered by ChatGPT

The AI Tutor in CodeeBots is built on ChatGPT, allowing the system to communicate using natural language and adapt to different learning or creation scenarios.

Key capabilities include:

• Real-time explanations when users encounter difficulties
• Logic clarification and step-by-step guidance
• Suggestions for improving or expanding projects
• Encouragement and feedback during experimentation

All AI interactions are designed to be safe, controlled, and appropriate, providing the benefits of advanced AI while maintaining a screen-free experience.