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Development of a Digital Claims and Maintenance Management Platform for Fleet Operations
  1. case
  2. Development of a Digital Claims and Maintenance Management Platform for Fleet Operations

Development of a Digital Claims and Maintenance Management Platform for Fleet Operations

ventionteams.com
Automotive
Business services

Challenges in Manual Vehicle Claims and Maintenance Processes

Many fleet management organizations still rely on manual and paper-based workflows for vehicle damage claims and routine maintenance management, leading to missed appointments, increased repair times, and difficulty in tracking and managing claims and services efficiently.

About the Client

A mid-sized fleet management company overseeing a large number of vehicles that requires streamlined claims processing, maintenance scheduling, and communication with service providers.

Goals for a Scalable Digital Claims and Maintenance Platform

  • Automate and digitize the entire vehicle damage claims and maintenance workflow to improve efficiency.
  • Support management of over 8,000 vehicles and tens of thousands of claims with real-time tracking and status updates.
  • Reduce vehicle repair cycle times and improve scheduling accuracy.
  • Enable real-time notifications and communications with insurance companies, service providers, and drivers.
  • Enhance user experience through improved UI/UX design and streamlined application flows.
  • Provide accessible insights and analytics to facilitate better decision-making for fleet operations.

Core Functionalities for Vehicle Claims and Maintenance Management System

  • Digital claim submission with image upload capabilities
  • Automated notifications to insurance companies and service providers
  • Integration with AI-powered vehicle damage detection technology
  • Scheduling and management of maintenance appointments
  • Real-time status updates and communication channels between stakeholders
  • Data logging of vehicle history and repair records
  • Redesign of user interface to enhance usability and user engagement

Technical Stack and Architectural Preferences

Backend: Node.js, Nest.js
Frontend: React, Typescript
Database: PostgreSQL with TypeORM
GraphQL for API communications
Cloud Platform: Azure

External System Integrations for Comprehensive Workflow

  • AI-powered vehicle damage detection service
  • Insurance company notification systems
  • Vehicle telematics or data sources for repair history

Non-Functional System Requirements

  • Scalability to support management of 8,000+ vehicles and tens of thousands of claims
  • High availability and reliability to ensure minimal downtime
  • Data security and compliance with relevant data protection standards
  • User-friendly UI/UX design for optimal usability and rapid onboarding

Expected Business Impact and Value

The implementation of this platform aims to streamline fleet vehicle claims and maintenance workflows, resulting in increased operational efficiency, reduced repair cycle times, improved communication with stakeholders, and enhanced data-driven decision-making. The goal is to support scalable growth, manage a fleet of over 8,000 vehicles, and handle tens of thousands of claims with improved timelines and cost-efficiency.

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