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Development of Scalable Mobility-as-a-Service (MaaS) Platform for Urban Shared Electric Vehicle Sharing
  1. case
  2. Development of Scalable Mobility-as-a-Service (MaaS) Platform for Urban Shared Electric Vehicle Sharing

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Development of Scalable Mobility-as-a-Service (MaaS) Platform for Urban Shared Electric Vehicle Sharing

concisesoftware.com
Automotive
Environmental Services
Information Technology

Urban Mobility Crisis and Environmental Challenges

Cities face increasing congestion, stagnant road infrastructure growth, rising fuel costs, and pollution-related health issues. Traditional vehicle ownership models contribute to these problems, necessitating innovative shared mobility solutions that leverage electrification and digital platforms.

About the Client

A mobility solutions provider specializing in intelligent vehicle-sharing platforms that combine electromobility and the sharing economy to address urban transportation challenges.

Platform Expansion and Operational Enhancement

  • Expand vehicle-sharing services to new urban markets while maintaining platform stability
  • Integrate 1,000+ electric vehicles with remote management capabilities
  • Support 60,000+ active users across iOS/Android platforms
  • Implement agile feature development for competitive differentiation
  • Enable seamless multi-city operations with localized service configurations

Core Platform Capabilities

  • Real-time vehicle booking and reservation system
  • Integrated vehicle telematics for remote control
  • Multi-city operational support with localized pricing
  • User authentication and payment management system
  • Vehicle location tracking and availability visualization
  • Usage analytics dashboard for operational optimization

Technology Stack Requirements

Native iOS (Swift)
Native Android (Kotlin)
Cloud-based backend services
Real-time data synchronization

System Integration Needs

  • Vehicle telematics APIs
  • Payment gateway services
  • GPS location services
  • Third-party identity verification
  • Fleet management systems

Operational Excellence Criteria

  • 99.9% platform uptime with failover capabilities
  • Support for 10,000+ concurrent users
  • End-to-end data encryption and GDPR compliance
  • Cross-platform feature parity
  • Automated vehicle diagnostics integration

Expected Business and Environmental Impact

Projected reduction in urban vehicle congestion through shared mobility adoption, with potential to scale to 100,000+ users within 18 months. Platform enhancements expected to improve fleet utilization rates by 30% while reducing operational overhead by 25%. Environmental impact includes estimated CO2 reduction of 1,200 tons annually through electric vehicle adoption.

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