Uber/Rapido Clone Project in Java

The Uber/Rapido Clone Project in Java is a ride-hailing system developed to demonstrate how a real-world ride booking application works. The project provides separate accounts for riders and drivers, ride booking, driver availability, trip management, and fare calculation using Java and MySQL.

This is an intermediate-level Java project suitable for BCA, MCA, B.Tech CS/IT, and MBA IT students. It demonstrates more than a basic CRUD application by implementing a complete trip lifecycle, including ride requests, driver assignment, trip acceptance, trip progress, completion, and fare calculation.

Project Overview

The Uber/Rapido Clone Project manages the complete lifecycle of a ride. A rider can request a trip by entering pickup and drop points. The system identifies available drivers, allows a driver to accept or decline the request, and tracks the trip until it is completed.

Driver availability changes according to the trip status, which prevents a driver who is already handling a ride from being assigned another rider. Trip state changes and records are stored in the MySQL database.

Project Details

Project Name	Uber/Rapido Clone Project in Java
Technology	Java, MySQL
Database	MySQL 8.0
Best For	BCA, MCA, B.Tech CS/IT, MBA IT
Difficulty	Intermediate
Modules	Rider, Driver, Trip Management

What This Project Does

The project handles the complete ride booking process rather than only providing a booking form. A rider creates a request, the request is offered to an available driver, the driver can accept or decline it, the trip moves through different stages, and the final fare is calculated when the trip is completed.

The system records each stage of the trip so that the complete trip history can be maintained in MySQL.

Rider Module

Riders can create an account using unique credentials. The credentials are validated against the database during login.

Request a Ride

Riders can enter their pickup and drop points and submit a trip request through the system.

Fare Estimate

The system provides a calculated fare estimate based on distance or duration before the rider confirms the trip.

Trip History

Riders can view completed trips along with driver details and the fare charged for each trip.

Driver Module

Driver Account

Drivers can register their accounts with vehicle details linked to their driver records.

Availability Status

Drivers can change their availability status between online and offline. This status controls whether new ride requests can be routed to the driver.

Accept or Decline Ride

Drivers can respond to incoming ride requests by accepting or declining them. If a request is declined, it can be reassigned to another available driver.

Trip Completion

After completing a ride, the driver can close the trip. This triggers the fare calculation process.

Trip Management

Status Lifecycle

Each trip moves through different stages:

Requested
Accepted
In Progress
Completed

Each stage of the trip is recorded by the system.

Fare Calculation

The fare is calculated using a configurable base fare along with a per-unit rate.

Trip Records

The complete trip history is stored against both the rider and driver, allowing the system to maintain records for reporting and reference.

Technologies Used

Java 17 or Later

Java is used for the main business logic of the application, including ride matching, trip management, and fare calculation.

Spring Boot

Spring Boot is optional and can be used when REST endpoints are required for a web version of the application.

MySQL 8.0

MySQL is used to store rider, driver, vehicle, and trip information.

JDBC with PreparedStatement

JDBC is used for database access. PreparedStatement is used for parameterized database queries.

Maven

Maven is used as the build tool for dependency management, including the MySQL connector.

Eclipse or IntelliJ IDEA

The project can be imported and developed using either Eclipse or IntelliJ IDEA.

How to Run This Project

Prerequisites

Install JDK 17 or later and MySQL 8.0 before running the project. Make sure Java is properly configured in your system path.

java -version

Step 1 — Import the Project

Extract the downloaded project folder and import it into your preferred IDE as an existing Maven project. Allow Maven to download the required dependencies before running the application.

Step 2 — Create the Database

Open MySQL and create the required database. Then import the SQL file provided with the project.

CREATE DATABASE ride_booking;
USE ride_booking;
SOURCE database/ride_booking.sql;

Step 3 — Configure the Database Connection

Open the database configuration file and enter your MySQL credentials.

String url = "jdbc:mysql://localhost:3306/ride_booking";
String user = "root";
String password = "your_password";

Step 4 — Run the Application

Run the main class from your IDE. Register a driver and set the driver status to online. Then register a rider and request a trip.

If there is no available driver, the ride request remains unassigned until an available driver can handle it.

Screenshots and Demo Video

How to Download

Get This Project

The complete package is available so you can run, study, and submit it with confidence. It includes:

Full Source Code
Project Report
Synopsis
PPT Presentation

For any queries or a quick response, reach out on WhatsApp: +91 79834 34684

Why This Is a Great Final Year Project

Conclusion

The Uber/Rapido Clone Project in Java is an intermediate-level ride-hailing project that demonstrates rider registration, driver management, ride requests, driver availability, trip status management, fare calculation, and trip history.

Using Java, MySQL, JDBC, Maven, and optionally Spring Boot, the project provides a practical example of implementing a real-world ride booking system and managing its complete trip lifecycle.

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Uber/Rapido Clone Project in Java