Commi Board: Revolutionizing Electronics Prototyping for All

Modular prototyping tool bridges theory and real-world application

Commi Board emerged from the need to democratize electronics prototyping, drawing inspiration from visual programming, staged education, and AI-driven neuro-linguistic programming. By leveraging the ubiquity of mobile devices, the platform allows users to design, test, and validate circuits directly on their smartphones, making hands-on learning and experimentation more approachable than ever before. This innovation addresses a significant gap in the market, where traditional prototyping tools often pose barriers due to complexity and limited accessibility.

What sets Commi Board apart is its modular, app-integrated design, which seamlessly connects theoretical knowledge with practical implementation. Unlike conventional breadboards or microcontroller kits, Commi Board enables real-time circuit simulation and testing through a mobile app. Users can program using AI-assisted code, visual blocks, or a full integrated development environment (IDE), ensuring flexibility for both beginners and advanced users. The platform’s step-by-step educational roadmap and interactive feedback system support a customized learning journey, fostering creativity and confidence in electronics design.

The technology behind Commi Board is rooted in advanced PCB design, IoT frameworks, and robust communication protocols such as USB-C 3.2, BLE, and Bluetooth. This allows efficient General Purpose Input/Output (GPIO) communication with smart devices, simulating most microcontroller functions on the go. The app further enhances the experience with a project-sharing community, online component libraries, and cloud-based project management, ensuring high performance and broad accessibility.

With dimensions of 62mm by 98mm when installed, and a detachable board measuring 62mm by 82mm, Commi Board is compact and portable. Its design supports four programming methods, including AI-driven natural language processing and visual programming inspired by platforms like Scratch. This versatility makes it an ideal educational tool for classrooms, workshops, and self-guided learning environments.

Commi Board’s development journey involved overcoming significant technical challenges, particularly in simplifying PCB design while maintaining reliable communication protocols. Multiple iterations and expert feedback led to a modular platform that balances ease-of-use with robust functionality. The project’s foundation in human-centered design and open-source research ensured that accessibility and user experience remained at the forefront.

Recognized with the Iron A' Design Award in 2025 for Education, Teaching Aid, and Training Content Design, Commi Board exemplifies practical innovation. By integrating industry best practices and technical excellence, it empowers educators, students, and tech enthusiasts to experiment, learn, and create with confidence, ultimately contributing to a more inclusive and innovative future in electronics.