Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Automation of User Profile Management and Receipt Design Enhancement for a Large Transit Service Platform
  1. case
  2. Automation of User Profile Management and Receipt Design Enhancement for a Large Transit Service Platform

Automation of User Profile Management and Receipt Design Enhancement for a Large Transit Service Platform

netguru.com
Transport
Information technology

Identify operational inefficiencies in driver profile management and communication of fare details

The client faces significant manual workload in managing driver profile updates, including changes to personal data and operational regions, resulting in increased operational costs and time delays. Additionally, drivers frequently misunderstand fare deductions due to unclear receipt design, affecting satisfaction and trust. These issues hinder operational efficiency and driver engagement.

About the Client

A leading ride-hailing and logistics platform with a extensive network of drivers and passengers, operating across multiple cities and countries, aiming to streamline operations and improve user experience.

Define objectives for automating profile updates and improving fare communication

  • Eliminate manual handling of driver profile updates to reduce operational workload and costs
  • Implement automated, seamless profile management workflows, including features like facial recognition for identity verification
  • Reduce the time drivers spend on profile update requests, increasing their driving and service time
  • Redesign ride receipts to clearly communicate fare details, deductions, and final earnings, reducing misunderstandings
  • Enhance overall operational efficiency, data accuracy, and driver satisfaction

Core functionalities for automated profile management and improved receipt communication

  • Automated profile update workflows including data validation and approval processes
  • Facial recognition feature for secure and quick identity verification during profile changes
  • Self-service interface for drivers to update personal data, city of operation, and upload documents
  • Real-time synchronization of profile data with backend systems without manual intervention
  • Enhanced receipt generation module displaying detailed trip costs, commissions, fees, and net earnings with clear breakdowns
  • User-validated mockups and iterative usability testing for interface effectiveness

Technology stack preferences for scalable automation and user experience

Modern UI/UX frameworks for user interfaces
Facial recognition APIs or SDKs for identity verification
Backend automation and workflow orchestration tools
Secure data storage and encryption for personal and payment data

Necessary system integrations for comprehensive workflow support

  • Identity verification service providers
  • Backend databases for profile data storage
  • Payment and transaction systems for fee processing
  • Notification systems for request updates and alerts

Critical non-functional system requirements

  • System scalability to handle thousands of concurrent profile updates
  • High performance with minimal latency in data validation and receipt generation
  • Robust security measures to protect personal and financial data
  • System uptime of 99.9% to ensure continuous availability
  • Compliance with regional data protection regulations

Projected business improvements and operational efficiencies

Implementation of the automated profile management system and receipt redesign is expected to significantly reduce operational workload by eliminating manual update requests, saving approximately 300-700 hours per month per market. Drivers will spend less time on administrative tasks, increasing their operational hours and earnings potential. Clearer fare receipts will reduce misunderstandings, enhancing driver trust and satisfaction. Overall, the project aims to improve productivity, reduce care costs, and strengthen driver engagement across the platform.

More from this Company

Development of Customizable eCommerce Delivery Notification and Tracking Platform
Untitled Case
Development of an AI-Powered Hybrid Infrastructure for Early-Stage Product Quality and Sustainability Insights
Development of a Comprehensive Internal Accounting and Invoicing System
Development of an Interactive Digital Platform for Long-Term Pension Program Education and Management