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Enhancing Vehicle Diagnostics with Custom Application Development

  • Detroit
  • Automotive
  • 20 Weeks
  • B2B
  • Java, Spring Boot, Angular, AWS, MySQL

Project Brief

The project aimed to develop a custom application development for real-time vehicle diagnostics to improve maintenance efficiency, reduce downtime, and enhance overall vehicle performance for a leading automotive manufacturer.

 

Client Background

The client is a major automotive manufacturer based in Detroit, specializing in commercial vehicles. They required a sophisticated diagnostic tool to provide real-time insights into vehicle health and performance, helping to prevent breakdowns and optimize maintenance schedules.

Key Challenges:

The existing diagnostic tools were outdated and unable to process real-time data from various vehicle sensors.
Integration with different vehicle models and their proprietary systems was complex and prone to errors.
The application needed to be user-friendly for mechanics and technicians with varying levels of technical expertise.
Ensuring the application could handle large volumes of data from numerous vehicles simultaneously was critical.
The system needed to support remote diagnostics and updates to minimize the need for in-shop repairs.
Compliance with educational standards and regulations required regular updates and monitoring.

Case Study

Solution:

1. Discovery and Planning

We conducted detailed stakeholder interviews and system audits to gather requirements and understand the client's existing infrastructure. This phase helped us identify the key areas of improvement and set clear project milestones.

2. Development

Using Java and Spring Boot for the backend, we developed a robust application capable of handling real-time data processing. Angular was chosen for the frontend to create a responsive and user-friendly interface. AWS provided scalable cloud infrastructure, while MySQL was used for reliable data storage and management.

3. Implementation

The application was deployed in phases, starting with a pilot program to test its functionality and gather user feedback. Continuous integration and deployment practices ensured smooth updates and feature additions. Training sessions were held for mechanics and technicians to ensure they were proficient in using the new system.

Tools & Technology Used

Angular

Frontend

Java

Programming language

MySQL

Database

Spring Boot

Backend

AWS Logo

AWS

Cloud Service

Features:

Real-time Vehicle Diagnostics

The application provides real-time monitoring of vehicle health, identifying potential issues before they lead to breakdowns, thus enhancing maintenance efficiency.

User-friendly Interface

A simplified, intuitive interface allows mechanics of all skill levels to easily navigate and use the application, improving their productivity and accuracy in diagnostics.

Comprehensive Reporting

The system generates detailed reports on vehicle performance and diagnostics, offering actionable insights that help in decision-making and improving overall vehicle maintenance strategies.

Values Delivered:

Reduced diagnostic times
Improved vehicle uptime by 30% due to proactive maintenance based on real-time data
Decreased maintenance costs by 25% through optimized repair schedules and preventive maintenance
The user-friendly interface increased technician satisfaction and productivity

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