0. Links Figma: https://www.figma.com/proto/8qbZyVv3X6sTG8pu1dPkSZ/Health-App?node-id=1-15&scaling=min-zoom&page-id=0%3A1&starting-point-node-id=1%3A15

Heal Up is a healthcare application designed to provide convenient appointment booking and AI-based diagnosis report analysis. The app aims to connect patients with healthcare professionals and improve the overall healthcare experience for users. It leverages Flutter for the front-end development, Firebase for backend services, and TensorFlow for AI-based analysis.

The goal of the Heal Up project is to create a user-friendly mobile application that simplifies the process of booking healthcare appointments and offers an AI-powered diagnosis report analysis feature. By combining appointment management and diagnostic capabilities, Heal Up aims to enhance the efficiency and accessibility of healthcare services.

The project utilizes the following technologies:

Flutter: A cross-platform framework for building mobile applications.

Firebase: A cloud-based platform for managing app development, including user authentication, database management, and cloud storage.

TensorFlow: An open-source library for machine learning and deep learning tasks, employed for AI-based analysis of diagnosis reports.

The key features of the Heal Up app include:

User registration and authentication

Appointment booking with healthcare professionals

Notifications and reminders for upcoming appointments

Secure storage and retrieval of diagnosis reports

AI-based analysis of diagnosis reports

Presentation of analysis results to users

Real-time chat functionality with healthcare professionals

User feedback and ratings for healthcare professionals

The architecture of the Heal Up app follows a client-server model, with the client side developed using Flutter and the server side leveraging Firebase services. The app communicates with the server through RESTful APIs to manage user data, appointments, diagnosis reports, and analysis results.

The user interface of the Heal Up app is designed to be intuitive and user-friendly. It includes screens for user registration and login, appointment booking, diagnosis report upload, chat functionality, and analysis result presentation. The UI components are implemented using Flutter's widget system and adhere to the Material Design guidelines for a consistent look and feel.

Firebase is integrated into the Heal Up app to provide various backend services. The following Firebase services are utilized:

Firebase Authentication: Handles user registration, login, and authentication.

Cloud Firestore: Stores user data, appointment details, diagnosis reports, and analysis results.

Firebase Cloud Messaging: Sends notifications and reminders to users about their upcoming appointments.

Firebase Storage: Stores diagnosis reports securely in the cloud.

TensorFlow, an open-source machine learning framework, is employed in the Heal Up app for AI-based analysis of diagnosis reports. The app leverages TensorFlow's pre-trained models or trains custom models using healthcare data to analyze the reports and generate insightful results for users.

The Heal Up app can be deployed on both iOS and Android platforms. For iOS, the app can be distributed through the App Store, while for Android, it can be published on the Google Play Store. The Firebase services are configured for production environments to ensure scalability and reliability.

Heal Up is a healthcare application that simplifies appointment booking and offers AI-based diagnosis report analysis. By utilizing Flutter, Firebase, and TensorFlow, the app provides a seamless user experience, secure data management, and insightful analysis for users. The project aims to enhance the healthcare industry by leveraging technology to improve accessibility and efficiency in delivering healthcare services.