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Development of a Mobile App for On-Demand Electric Scooter Rental Service
  1. case
  2. Development of a Mobile App for On-Demand Electric Scooter Rental Service

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Development of a Mobile App for On-Demand Electric Scooter Rental Service

10clouds.com
Logistics
Environmental Services
GPS

Challenges in Urban Mobility for Students

Students require an affordable, flexible, and eco-friendly commuting solution. Public transportation lacks freedom, cars are expensive, cabs are inefficient for short distances, and existing cycle rental services are cumbersome.

About the Client

A mobility service provider offering on-demand electric scooter rentals for urban and campus transportation.

Key Objectives for the Electric Scooter Rental App

  • Develop a user-friendly mobile app for instant scooter rental and navigation
  • Implement a centralized management system for fleet tracking and battery monitoring
  • Create a flexible billing model with per-minute charges and subscription plans
  • Ensure seamless integration with hardware components (e.g., Bluetooth locks, GPS)
  • Promote eco-friendly urban commuting through electric scooters

Core System Functionalities and Features

  • Map-based real-time scooter location tracking
  • QR code or app-based scooter unlocking mechanism
  • In-app dashboard displaying ride duration, battery status, and parking spots
  • Flexible billing system with automatic top-up and subscription options
  • Admin control panel for monitoring vehicle health, location, and usage analytics

Technology Stack Preferences

React Native (Mobile Development)
Node.js (Backend)
MongoDB (Database)
AWS (Cloud Infrastructure)

Critical System Integrations

  • GPS APIs for location tracking
  • Payment gateways (Stripe/PayPal)
  • Bluetooth Low Energy (BLE) for scooter unlocking
  • Battery telemetry APIs

Non-Functional Requirements

  • Scalability to support 10,000+ concurrent users
  • 99.9% system uptime SLA
  • End-to-end encryption for payment and user data
  • Sub-200ms latency for unlock/lock commands

Expected Business Impact of the Electric Scooter Rental App

Enables 50% faster commutes for students through instant scooter access, reduces operational overhead by 40% via automated fleet management, and achieves 30% higher user retention through flexible billing options while supporting sustainable urban mobility.

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