Development of a Real-Time Electric Scooter Sharing Mobile Application with Advanced Map & Payment Integration

Potential users face difficulties locating available electric scooters nearby, connecting to them efficiently, and managing seamless payment options, which hampers user adoption and satisfaction in urban mobility solutions.

A regional transportation company aiming to launch an electric scooter sharing platform for urban mobility.

• Develop an intuitive mobile app enabling users to easily find and unlock nearby electric scooters in real time.
• Integrate a robust map system with geoclustering to display scooter availability and parking spots.
• Implement secure payment gateways and in-app wallet features supporting prepaid plans and card deposits.
• Enable QR code scanning for quick unlocking of scooters.
• Provide ride history with time and distance tracking to improve user transparency and engagement.
• Allow users to report problems and view scooter battery status to enhance reliability and maintenance.

• User profile management with quick login via phone or social media platforms.
• Integrated map displaying available scooters with real-time updates and geoclustering.
• Secure in-app wallet with multiple prepaid plans and card deposit support.
• QR code scanner for unlocking scooters rapidly.
• Ride history tracking including duration and distance.
• GPS tracking for route and battery status monitoring.
• Reporting system for user issues and support contact options.

• Payment gateways for secure transactions.
• GPS and mapping services for real-time location updates.
• Device synchronization with scooter hardware for battery and status updates.
• QR code scanning functionalities.

• System scalability to handle increasing user base and scooter fleet.
• High availability and performance to support real-time updates with minimal latency.
• Security measures for personal data, transaction security, and app security compliance.

By implementing these features, the new platform aims to deliver a seamless, user-friendly urban mobility solution, increasing scooter utilization, reducing user frustration, and enhancing overall customer satisfaction. Expected metrics include improved ride initiation speed, higher user engagement levels, and more efficient fleet management.