Rich Affiliate is a mobile application designed to streamline the affiliate marketing process for the Ekspor Yuk platform. The app provides comprehensive tools and features to assist users in managing their affiliate marketing campaigns effectively. Whether you are tracking performance, analyzing data, or managing campaigns, Rich Affiliate offers a seamless and efficient user experience.

Cross-Platform: Built with Flutter, ensuring a consistent experience on both iOS and Android.

Robust Backend: Firebase integration for authentication, database, and cloud functions.

State Management: Utilizes MVVM architecture, Riverpod, and Provider for efficient state management.

Data Querying: GraphQL for efficient and flexible data querying.

The app is built using the following technologies:

Flutter: For building the cross-platform mobile application. Flutter allows for a seamless user experience across both iOS and Android devices, ensuring that users can access Rich Affiliate from any mobile platform.

Firebase: For backend services including authentication, database, and storage. Firebase provides a robust and scalable backend infrastructure, enabling Rich Affiliate to handle a large number of users and data efficiently.

MVVM: Model-View-ViewModel architecture for a clean and maintainable codebase. The MVVM architecture helps in organizing the code in a way that separates the user interface from the business logic, making the app easier to maintain and extend.

Riverpod: For state management. Riverpod offers a flexible and efficient way to manage the state of the application, ensuring that the app remains responsive and performs well even as it grows in complexity.

Provider: For dependency injection. Provider simplifies the process of injecting dependencies into the app, making it easier to manage and test the various components of the application.

GraphQL: For efficient data fetching and manipulation. GraphQL allows for more efficient and flexible data queries, enabling the app to fetch only the data it needs and reducing the amount of data transferred over the network.