For students at VIT AP and colleges located in less accessible or crowded areas, the traditional process of ordering food can be a tedious and time-consuming task. Limited on-campus dining options often lead to inconvenience and frustration. In response to these challenges, Food Ape emerges as a solution to streamline the food ordering experience, addressing the inherent issues of queuing and providing a convenient platform for students to satisfy their cravings efficiently.
- Users can track the status of their orders in real-time, ensuring they stay informed about the progress.
- Users receive timely notifications regarding order updates, promotions, and other relevant information.
- Enable users to leave reviews and ratings for restaurants and food items, facilitating informed decisions for others.
- Users can save their favorite restaurants, view order history, and easily reorder items for a seamless experience.
- An admin website is included to manage the app's database, allowing administrators to add, edit, or delete restaurants and menu items. This feature facilitates other administrative tasks to ensure smooth operation.
Food Ape is built on a robust technological foundation, leveraging the following technologies:
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Flutter Framework: Utilizing the power of Flutter for a seamless cross-platform mobile application experience.
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Dart Language: Employing the Dart programming language to ensure efficient and performant code.
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Firestore Database: Leveraging Firestore for a scalable and real-time database to manage orders, restaurants, and user data.
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Clone the repository.
git clone https://github.com/your-username/Food-Ape.git -
Install dependencies.
cd Food-Ape flutter pub get -
Run the application.
flutter run
We welcome contributions from the community to enhance and improve Food Ape. If you have suggestions, bug reports, or would like to contribute code, please follow our contribution guidelines.
Food Ape is licensed under the MIT License.
Food Ape is committed to revolutionizing the on-campus food ordering experience, making it a tailored and innovative solution for students in less accessible or crowded areas. We believe in creating a platform that not only addresses the challenges of traditional food ordering but also enhances the overall satisfaction of the user.