Toll roads play a vital role in maintaining high-quality infrastructure, but traffic congestion at toll booths can be a significant issue. To address this, the toll system needs to leverage advanced technologies that can minimize wait times and provide a smoother experience for regular users. This project utilizes Near Field Communication (NFC) and Fingerprint Authentication to enhance the security and efficiency of toll payments. The system not only speeds up the toll process but also integrates a wallet feature for cashless payments.
Key Features of the System:
Admin Panel (Web Application):
- Login: The admin accesses the system via secure login credentials.
- Add Toll Details: Admin can add new toll booths and input the relevant details.
- Manage Tolls: Admin has the ability to manage all tolls, including updating or removing toll details.
- View Collection: Admin can view the toll collection reports for each booth.
- Manage Users: Admin can view and manage the details of all registered users and handle user permissions.
Toll Handler (Android Application):
- Login: Toll handlers authenticate their identity with valid login credentials to manage toll operations.
- Set Lane: Toll handlers can set the toll lanes for vehicle passage.
- Add User: Toll handlers can add new user profiles, including wallet details and fingerprint impressions.
- Add Cars: Toll handlers can register vehicle details associated with a user.
- Amount Collection: Toll handlers can collect toll payments by scanning the NFC tag linked to the user’s vehicle.
- Recharge Account: Toll handlers can add funds to users’ wallets by processing payments.
- View Collection: The toll handler can check the daily/weekly/monthly toll collection statistics.
User (Android Application):
- Login: Users log in to the app using their credentials for secure access.
- Profile: Users can view and manage their profile details.
- View Cars: Users can view details of their registered vehicles.
- Recharge Wallet: Users can recharge their wallet using a dummy payment method for testing or through real payments.
- View Transactions: Users can view a detailed transaction history, including toll payments and wallet recharges.
How It Works:
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User Registration: Users are required to register by providing their personal details and vehicles. They also need to scan 5 fingerprint impressions for added security.
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NFC Card Issuance: Each user receives a unique NFC card, which is linked to their account. This NFC card can be used to easily pass through the toll plaza by scanning it.
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Fingerprint Authentication: When users approach a toll, they need to scan their fingerprint to verify their identity along with their NFC card. This adds a layer of security, ensuring that only authorized individuals can pass.
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Payment & Wallet System: Users maintain a balance in their wallet, which is used to pay for tolls. The wallet can be recharged through the app, and toll payments are deducted automatically each time they pass a toll.
Software & Hardware Requirements:
Software Requirements:
- Windows 7 or higher
- Java
- Android Studio (for Android development)
- Visual Studio (for Web Application)
- Google Chrome Browser
Hardware Requirements:
- Processor: i3 or higher
- Hard Disk: 5 GB or more
- RAM: 1 GB
- Android device (Android Marshmallow or above)
Advantages:
- Reduced Toll Congestion: Shorter queues and faster processing time at toll plazas, improving the overall flow of traffic.
- Efficiency: The system reduces manual toll collection efforts and provides a contactless, streamlined process.
- Wallet System: Users can maintain a balance in their account, allowing for quick and easy toll payments without needing cash or cards.
- Environmentally Friendly: Reduced deceleration and acceleration help save fuel and reduce emissions by reducing waiting time at tolls.
- Better Management: Centralized user account management helps in maintaining and tracking user details, toll collection, and vehicle data efficiently.
Disadvantages:
- Requires Internet Connection: The system requires an active internet connection for real-time processing and data synchronization.
- Accuracy Dependent on Data: The system’s performance is highly dependent on accurate data entry. Errors in input can cause incorrect results or delays.
Applications:
This system can be implemented in various toll booths to reduce congestion and ensure quick, secure toll payments. It is also an example of how technology can be used to make transportation more efficient, save time, and reduce traffic-related issues, all while promoting a sustainable future.
