Sound Of Meme was an AI-powered music generation platform where I owned the frontend from scratch. The work covered scalable architecture, reusable components, custom hooks, maintainable UI flows, the core music player, AI song generation, SEO-focused frontend architecture, and production performance.
An AI-powered music generation product with a scalable React architecture and optimized bundle size.
01 / What I did
Led frontend development from scratch.
Built scalable React.js architecture with reusable components and custom hooks.
Built the core music player system.
Built the user-facing AI song generation experience.
Implemented metadata optimization, structured content, and 25+ blog pages.
Reduced production bundle size from approximately 8 MB to 2 MB.
02 / How I did it
Used React.js, Redux, and Tailwind CSS to build maintainable UI flows.
Used lazy loading, route-level code splitting, shared/global components, and rendering optimization.
Structured the frontend around reusable systems instead of one-off screens.
Built SEO-focused architecture with metadata optimization and structured content.
Challenges
The product needed a scalable frontend from scratch, smooth AI song generation flows, a music player system, and better production performance.
Each point focuses on the real build scope: implementation pressure, performance, responsiveness, workflows, and launch quality.
Challenge
The platform needed a complete frontend foundation, not just isolated screens.
How I tackled it
I built the React architecture with reusable components, custom hooks, Redux state, and maintainable UI flows.
Challenge
The production bundle was approximately 8 MB, which was too heavy for a responsive product experience.
How I tackled it
I used lazy loading, route-level code splitting, shared/global components, and rendering optimization to reduce it to approximately 2 MB.
Challenge
The AI generation experience and music player needed to feel smooth and production-ready.
How I tackled it
I built the core music player system and user-facing AI song generation experience with responsive layouts and smooth interactions.
Outcome
An AI-powered music generation product with a scalable React architecture and optimized bundle size.
Reduced production bundle size from approximately 8 MB to 2 MB.
Built the core AI song generation and music player experience.
Implemented SEO-focused architecture with 25+ blog pages.
More Work
Move through the project pages as actual case studies instead of flat cards.
