VibeSync is a real-time collaborative music listening web application designed to let multiple users experience synchronized music playback together through shared rooms.
The idea was inspired by situations where friends travel together or spend time in quiet environments but still want to enjoy music collectively in sync. The app solves this by allowing users to create a room, share a unique code, and listen to the same music simultaneously.
I used MeDo as the primary development platform to rapidly prototype, iterate, and refine the application experience. Instead of manually coding every component from scratch, I focused on defining product behavior, user experience, synchronization flow, and interaction logic while continuously guiding MeDo through structured prompts and iterative improvements.
One of the most impressive capabilities MeDo helped generate was the room-based collaborative listening experience, including synchronized playback behavior, shared room architecture, responsive UI generation, and multi-user interaction flows.
I also used MeDo to iteratively improve the interface and user controls by refining playback behavior, room management, synchronization indicators, and overall usability through multiple guided conversations.
The project demonstrates how AI-assisted development can accelerate product creation while still requiring strong problem-solving, feature planning, testing, and product thinking from the builder.
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