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Integrated Fleet Management System for Automotive Service Operations
  1. case
  2. Integrated Fleet Management System for Automotive Service Operations

Integrated Fleet Management System for Automotive Service Operations

euvic.com
Automotive
Business services

Challenges with Disparate Fleet Management Processes and Limited Control

The client currently relies on multiple external tools for managing fleet repairs, insurance, parts replacements, vehicle handovers, and pickups, many of which are on-premise or SaaS-based with unintuitive interfaces and limited control over hosting locations. This fragmentation hampers operational efficiency, prolongs processing times, increases error rates, and reduces oversight, ultimately impacting cost and service quality.

About the Client

A medium to large automotive service company managing a fleet of commercial vehicles and external workshops, seeking to streamline operational processes and improve control over fleet maintenance, repairs, and administration.

Goals for Streamlining Fleet Operations and Enhancing Control

  • Develop a unified, cloud-based fleet management application with a user-friendly interface.
  • Enable external workshops and partners to log service tasks independently, reducing dependency on central office control.
  • Automate billing, reporting, and document registration processes through seamless system integrations.
  • Reduce processing times, operational errors, and management workload through process automation.
  • Achieve faster turnaround from service submission to settlement, aiming to shorten timelines and improve service levels.

Core Functional Capabilities for Fleet Management Application

  • A web-based, intuitive user interface for logging vehicle service, repairs, and maintenance tasks.
  • Integration with external accounting and document management systems to streamline billing and record keeping.
  • Automated workflows for billing, reporting, and documentation registration.
  • Role-based access control for workshops, external partners, and central administration teams.
  • Real-time dashboards and reports for tracking fleet status, service history, and financial settlements.
  • Flexible integration points allowing compatibility with existing third-party tools and systems.
  • Support for secure hosting and data management, with scalable architecture to accommodate growth.

Technology Stack and Architectural Preferences

Cloud-native platform (e.g., Azure or equivalent cloud services)
Azure DevOps for development pipeline and CI/CD automation
Azure Repos for version control
Azure Integration Services for system integrations
Azure SQL Database for data storage
Azure App Services for hosting the web application

Essential System Integrations

  • Billing system integration for automated invoicing and payment processing
  • Document management system for storing and retrieving vehicle and service records
  • External workshop management systems for logging service tasks
  • Gateway or API for external partner and workshop authentication and data exchange

Key System Performance and Security Requirements

  • System must support scalability to manage increased number of workshops and fleet size
  • High availability with 99.9% uptime SLA
  • Data security compliance, including secure data encryption and role-based access controls
  • Responsive performance ensuring minimal latency for user interactions
  • Automated data backups and disaster recovery protocols

Expected Business Benefits from the Fleet Management System

The implementation of this integrated fleet management system is expected to substantially improve operational efficiency by automating workflows, reducing processing times, and minimizing errors. It will empower workshops to operate independently of central office oversight, decrease management workload, and provide real-time visibility into fleet status. Anticipated outcomes include a faster service turnaround, reduced administrative costs, and enhanced control over fleet operations, leading to improved service quality and cost savings.

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