A research-driven Android application for Holy Quran speech recognition that achieved a 97.6% F1 score, combining robust ML sequence modeling with production-ready API architecture for practical recitation analysis.

The project required highly reliable Quran recitation recognition for real users while handling noisy, diverse audio conditions and preserving model consistency across mobile-first usage scenarios.
Built an Android app using Flutter and Supabase, integrated FastAPI for model serving, and engineered an LSTM-based speech recognition pipeline with domain-specific preprocessing techniques that delivered a validated 97.6% F1 score.
97.6% F1 Accuracy Benchmark
Demonstrated high-confidence AI performance with a 97.6% F1 score, validating model quality for practical Quran recitation recognition.
Mobile-First Accessibility
Delivered the system through an Android Flutter app to make advanced recognition features accessible to students and learners.
Research-to-Product Execution
Combined LSTM experimentation, API integration, and production-friendly architecture into a practical end-to-end prototype.



Client
Research Project
Category
AI,Mobile
Year
2026