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Mobile Application Development for Personalized Orthopedic Insoles
  1. case
  2. Mobile Application Development for Personalized Orthopedic Insoles

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Mobile Application Development for Personalized Orthopedic Insoles

datarockets.com
Consumer products & services
Health & Fitness
Retail

Accessibility of Custom Insole Ordering

ZOLES' existing in-person 3D scanning process limits accessibility for potential customers. The current model requires customers to travel to physical scanning facilities, hindering order placement and potentially missing out on customers who prefer remote solutions. The need is to make the custom insole ordering process accessible from home while maintaining the required accuracy in foot measurements.

About the Client

ZOLES is a company specializing in custom-made orthopedic insoles using 3D scanning and printing technology, focused on precision and personalized solutions for performance and injury prevention.

Project Goals

  • Develop a mobile application for accurate 3D foot scanning and insole ordering.
  • Increase customer accessibility to custom orthopedic insoles.
  • Improve customer convenience and satisfaction.
  • Expand ZOLES' market reach beyond physical scanning locations.
  • Maintain the high level of precision required for custom insole production.

Functional Requirements

  • 3D foot scanning using phone camera and visual gyroscope guidance.
  • Measurement generation and validation.
  • Insole customization options (size, material, purpose).
  • Secure online ordering and payment processing.
  • Customer account management.
  • Order tracking.
  • Customer support access.

Preferred Technologies

React.js
Next.js
JavaScript
AWS Lambda
3DAvatarFeet API (Instituto de Biomecánica de Valencia)

Integrations Required

  • 3DAvatarFeet API (Instituto de Biomecánica de Valencia) for 3D model and measurement generation
  • Payment gateway integration (e.g., Stripe, PayPal)
  • Customer relationship management (CRM) system (e.g., Salesforce, HubSpot)

Key Non-Functional Requirements

  • High accuracy in foot measurement (down to the millimeter).
  • Scalability to handle a growing user base.
  • Security to protect customer data and payment information.
  • Performance for fast image processing and application responsiveness.
  • Usability – Intuitive user interface for easy navigation and operation.

Expected Business Impact

The mobile application is expected to significantly improve ZOLES' business by expanding its customer base, increasing order volume, enhancing customer satisfaction, and improving brand perception as an innovative and accessible provider of custom orthopedic insoles. The app will enable ZOLES to tap into a wider market segment and solidify its position as a leader in personalized footwear solutions. The positive impact on brand image is also likely to lead to increased media attention and potential for further funding opportunities.

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