No description available

Our system is a booking system for football playgrounds. It serves the players and playground owners as well. An administrator oversees the overall operations of the system and ensures that no fraud takes place. Anyone can register himself on the system and create a profile. He can see the playgrounds near to him or in a specific area or all of them. Playground owner. This is the person who wants to register his playground. He first registers himself on the system and creates a profile like any user, with his name, ID and password, email, phone and default location. Then he requests registering a playground and adds its name, its location, its size, the available hours, the price per hour and the cancellation period. A playground is not active until approved by the administrator who may check if information given is true. The administrator has the right to delete a playground or suspend it. This is usually the case if the owner does some fraudulent activities like double booking or if the playground gets a lot of complaints from the players. Then the administrator can activate it again or delete it completely. The owner can set and change the hours available for booking for his playground. He can view his bookings. And he can check the money in his eWallet. An eWallet is an electronic payment system used to allow players to pay for the bookings they make and allow ground owners collect their money. It is externally connected with a service like Fawry that allows players to add money to their eWallet and ground owners to take the money from it. Any user can check the money in his eWallet or transfer some of it to another eWallet. Adding money to the eWallet happens outside the system boundary. Player. This is a person who is interested in booking a playground. He registers with the system and creates a profile as described above. He can display the playgrounds near to him or in a specific location on specific dates. He can filter them by the hours and date he selects. He can book a time slot of 1 or more hours if available and not booked. Booking includes (1) Checking available grounds and time slots (2) Selecting the free time slot(s) he wants (3) Calculating the total price (4) Paying the amount from his eWallet to the eWallet of the owner (5) The system updates the status of the booked slot(s) so no one else can book it, and optionally (6) The player can send invitation to his team members via email. To make this last step easy, he can create his favorite team and store their names and emails. Then he can select the entire team. Or he can enter individual names and emails or select the team and then modify some players. A player can also cancel a booking if within the cancellation period.

A Java-based application that simulates a simplified version of the Fawry online payment system. It allows users to pay bills, recharge balance, and perform various payment-related services.

No description available

a well-designed system that simulates fawry payment system

Fawry smart Routing payment System (Backen code)

Backend code related to Fawry Routing payment System

Back end code related to Fawry Routing Payment System

Involved the development of a payment system similar to Fawry system, It was implemented using java programming language

Quantum Bookstore – Fawry Assessment Exam is a backend system developed with ASP.NET Core and Entity Framework for managing books, orders, and payments. It connects with the Fawry API to handle secure payment processing and highlights clean architecture, repository patterns, and robust backend logic for a technical assessment exam by Fawry.

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This project is a payment system similar to Fawry. It allows users to pay for various services, including mobile recharge, internet payment, landline services, and donations. The system is developed using Java and the Eclipse IDE for Java EE, and it uses Spring Boot as the web framework. Tomcat is used as the application server, and Postman is used

This project is a payment system similar to Fawry. It allows users to pay for various services, including mobile recharge, internet payment, landline services, and donations. The system is developed using Java and the Eclipse IDE for Java EE, and it uses Spring Boot as the web framework. Tomcat is used as the application server, and Postman is used

This project is a mimic for fawry system. It allows users to pay for different services through service providers with different payment methods. It gives the system admin authorities to add discounts and handle users refund requests. It is written in Java/Spring Boot framework to build REST APIs.

This repository contains a complete breakdown of a basic end-to-end data engineering pipeline inspired by how Fawry (Egypt’s digital payment platform) might structure its data systems. The goal is to understand how modern fintech companies collect, process, store, and serve data at scale.