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Development of a Precision 3D Foot Scanning and Ordering Mobile Application for Remote Custom Insole Manufacturing
  1. case
  2. Development of a Precision 3D Foot Scanning and Ordering Mobile Application for Remote Custom Insole Manufacturing

Development of a Precision 3D Foot Scanning and Ordering Mobile Application for Remote Custom Insole Manufacturing

datarockets.com
Medical
Consumer products & services

Identifying Challenges in Remote Foot Measurement and Custom Insole Ordering

Customers currently need to visit physical clinics equipped with 3D scanning technology to have their feet measured for custom insoles, which limits accessibility and convenience. The client seeks to enable accurate, at-home foot scanning using smartphones, ensuring precise measurements critical for manufacturing personalized insoles, while maintaining measurement accuracy down to the last millimeter to ensure product efficacy and customer satisfaction.

About the Client

A midsize innovative medical device company specializing in custom orthotic solutions and personalized healthcare products, aiming to enhance accessibility and precision in foot measurements for their customers.

Goals for Developing a Home-Based Foot Scanning and Ordering Solution

  • Enable customers to accurately capture their foot measurements using only a smartphone, eliminating the need for physical visits to clinics or scanning facilities.
  • Develop an intuitive, user-friendly mobile application that guides users through the foot scanning process with visual aids such as an integrated gyroscope.
  • Integrate external APIs or specialized hardware/software solutions to ensure measurement precision aligned with manufacturing standards.
  • Facilitate seamless ordering and customer support directly within the app, improving user engagement and satisfaction.
  • Achieve measurement accuracy comparable to physical 3D scanners, ensuring high-quality and personalized insole production.
  • Expand market accessibility, leading to increased sales and potentially securing additional funding or media attention.

Core Functional Capabilities for Remote Foot Measurement and Order Processing

  • Guided foot scanning interface featuring real-time visual assistance and an embedded gyroscope to help users capture images at specific angles.
  • Integration with a specialized API capable of converting photos into accurate 3D foot models and measurements, with calibration and validation steps.
  • Secure user authentication and profile management for order tracking and personalized services.
  • In-app shopping cart and secure payment processing for custom insole orders.
  • Customer support access within the app, including FAQs, chat, or contact options.
  • End-to-end testing modules to ensure measurement precision and functionality reliability.

Preferred Technologies and Architectural Approaches

JavaScript
React.js
Next.js
Cloud computing platform (e.g., AWS)
API integration with specialized 3D modeling and measurement APIs
Mobile device sensors, such as gyroscope and camera

External Systems and APIs for Accurate 3D Modeling

  • Third-party 3D modeling API capable of converting images into precise foot measurements
  • Authentication and payment gateways
  • Customer relationship management (CRM) systems for order management

Critical Non-Functional System Requirements

  • Measurement accuracy within a margin of one millimeter to ensure product quality
  • High system availability and scalability to support increasing user base
  • Data security and privacy compliance for sensitive health and measurement data
  • Responsive UI optimized for various smartphone devices
  • Fast processing times for measurement and model generation

Projected Business Benefits and Performance Gains

The implementation of this remote, smartphone-based foot scanning application is expected to significantly increase accessibility to customized orthotic products, reduce the need for physical clinic visits, and improve measurement accuracy to meet manufacturing requirements. Anticipated outcomes include expanded customer reach, enhanced user satisfaction, and the potential for additional funding or media recognition, similar to prior successful deployments. Precise measurements will support high-quality product manufacturing, driving overall business growth and innovation in personalized healthcare solutions.

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