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Development of a Custom Vehicle Sharing Management System for Agile Operations
  1. case
  2. Development of a Custom Vehicle Sharing Management System for Agile Operations

Development of a Custom Vehicle Sharing Management System for Agile Operations

future-processing.com
Transport
Automotive
Logistics

Challenges Faced by Transport Companies in Managing Zone-Based Carsharing Services

The client currently utilizes an off-the-shelf car rental management solution designed for traditional station-based rental, which inadequately supports the modern, zone-based carsharing business model. As the business scales, this leads to service degradation, increased operational costs, and limited control over system customization and flexibility. The client seeks to replace this with a bespoke solution to enhance system agility, performance, and user experience.

About the Client

A mid-sized transportation company seeking a flexible, scalable digital platform to manage carsharing services based on a zone-based model, replacing existing off-the-shelf solutions with a fully custom developed system.

Goals for Developing a Custom Carsharing Management Platform

  • Develop a comprehensive management system supporting user management, booking, fleet management, and invoicing functionalities from scratch.
  • Implement a mobile application with integrated loyalty and gamification features to improve customer engagement.
  • Create a web portal for fleet oversight, vehicle servicing, and customer support.
  • Integrate hardware devices, such as smart vehicle sensors and telematics, with the software system.
  • Build a unified API gateway hosted on cloud infrastructure to connect all existing and new services, enabling scalable and reliable operations.
  • Deliver the complete platform within a condensed timeframe of less than four months to support rapid deployment and business agility.
  • Achieve measurable reductions in operational costs and incident management, aiming for a 50-60% decrease in process costs for vehicle servicing and near-elimination of customer-facing incidents related to telematics and GPS services within the first month.

Core Functional Requirements for the Vehicle Sharing System

  • User account management with profile and loyalty program integration
  • Real-time booking and zone-based vehicle reservation system
  • Fleet management module for vehicle deployment, servicing, and tracking
  • Customer support portal with first-line support capabilities
  • Mobile applications (iOS and Android) incorporating gamification and loyalty incentives
  • Hardware and telematics integration for vehicle status monitoring and GPS tracking
  • API gateway enabling seamless communication between system components and external services
  • Development and deployment within cloud infrastructure with DevOps practices to ensure high availability and scalability

Preferred Technologies and Architectural Approaches

Cloud-based infrastructure (e.g., Microsoft Azure, AWS)
Microservices architecture with API Gateway
Mobile development for iOS and Android platforms
Agile development methodology with iterative delivery
Mockups, diagrams, and comprehensive documentation for design clarity

External System and Hardware Integrations Needed

  • Vehicle telematics and GPS devices for real-time location and status updates
  • Payment gateways for invoicing and billing
  • Customer support and communication platforms
  • Existing backend services or third-party data sources as required

Key Non-Functional Requirements for the System

  • High availability with 99.9% uptime
  • Secure data handling with compliance to relevant standards
  • Scalable architecture to handle increasing user and vehicle volumes
  • Rapid development and deployment within a four-month window
  • Performance optimized for real-time updates and low latency interactions

Projected Business Outcomes and Benefits

The implementation of the custom vehicle sharing management system is expected to significantly improve operational efficiency, reducing process costs by an estimated 50-60% in vehicle servicing. It will enable the client to handle increased vehicle utilization rates with minimal incidents, primarily achieving near-zero customer-facing issues within the first month of deployment. Overall, the platform will support scalable growth, provide full control over system features, and enhance customer engagement through innovative app functionalities.

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