Created on 23rd February 2025
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Cardiovascular diseases (CVDs) are the leading cause of death globally, often due to late diagnosis and limited access to early screening. Traditional heart checkups require expensive medical equipment and specialist consultation, making timely detection difficult, especially in remote or underserved areas. HealthMate addresses this issue by leveraging AI to analyze heartbeat audio, providing instant predictions and risk assessments. This empowers individuals, doctors, and healthcare providers with accessible, affordable, and efficient heart health monitoring.
Early Detection & Prevention – Identifies potential heart issues before they become critical.
Accessibility for All – Eliminates the need for costly diagnostic tools and specialist visits.
AI-Powered Efficiency – Delivers real-time analysis, helping prioritize urgent cases.
During the development of HealthMate, we encountered several challenges that tested our problem-solving skills and technical expertise.
1.Audio Processing & Model Integration
One of the major hurdles was processing audio files and passing them correctly to our deep learning model. Handling different audio formats, ensuring proper preprocessing, and optimizing input compatibility required extensive debugging. We overcame this by implementing Librosa for audio feature extraction and standardizing input formats.
2.FastAPI & Frontend Communication
Initially, our FastAPI backend was not correctly receiving audio files from the frontend, leading to 422 Unprocessable Entity errors. The issue stemmed from incorrect form-data handling and MIME type mismatches. We fixed it by refining our request format, debugging with Postman, and adjusting CORS policies.
3.Real-Time Performance Optimization
Processing large audio files in real-time caused latency issues. To improve efficiency, we optimized model inference, used NumPy & TensorFlow Lite, and enabled asynchronous requests in FastAPI. This significantly reduced response times.
Despite these challenges, our team’s persistence and structured debugging approach ensured a robust and efficient solution.
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