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iOS Application for Automated Eyewear Measurements
  1. case
  2. iOS Application for Automated Eyewear Measurements

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iOS Application for Automated Eyewear Measurements

instinctools.com
Retail

Challenge

The company's manual eyewear measurement process was time-consuming and prone to errors, leading to slower order processing and potential customer dissatisfaction. They needed a more efficient and accurate method for obtaining pupillary distance and height measurements.

About the Client

A European eyewear company specializing in optical fittings and sales, seeking to modernize its measurement process and improve customer experience.

Project Objectives

  • Automate eyewear measurement process using a mobile application.
  • Reduce order processing time by 67%.
  • Improve the accuracy of pupillary distance and height measurements.
  • Enhance the customer experience by providing a faster and more convenient measurement process.
  • Increase efficiency of in-store sales operations.

Functional Requirements

  • Accurate measurement of pupillary distance (PD) in millimeters.
  • Accurate measurement of pupillary height in millimeters.
  • User-friendly interface for quick and easy measurement capture.
  • UX/UI design optimized for in-store use.
  • Data storage and retrieval of measurement data.
  • Integration with existing order processing system.

Preferred Technologies

Swift
iOS SDK
CoreGraphics
AVFoundation
ImageIO
REST APIs
GLKit
Inter-App Communication

Integrations Required

  • Existing order processing system (API integration)
  • Potentially a database for storing customer data and measurements.

Key Non-Functional Requirements

  • High accuracy of measurements.
  • Responsiveness and performance on various iOS devices.
  • Data security and privacy.
  • Scalability to handle a large number of users.
  • Reliability and stability.

Estimated Impact

Automating the eyewear measurement process is expected to significantly reduce order processing time, leading to increased efficiency, improved customer satisfaction, and potentially higher sales volume. The improved accuracy will also reduce the need for re-measurements and minimize errors in order fulfillment.

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