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Development of Mobile Application for Prosthetic and Orthotic Ordering and Management

relevant.software

Health & Fitness

Medical

Inefficient Prosthetic and Orthotic Ordering Process

The existing processes for ordering custom prostheses and orthotics, relying on traditional methods like casting and manual data entry, are time-consuming, costly, and prone to errors. Lack of real-time data accessibility and offline capabilities further hinders doctor performance and patient care.

About the Client

Leading manufacturer and supplier of prosthetic and orthotic equipment.

Modernize and Enhance Prosthetic and Orthotic Ordering System

Develop a mobile application that streamlines the entire ordering process, from measurement to order submission.
Improve data accuracy and reduce order processing time.
Enhance doctor efficiency through intuitive tools and real-time data access.
Enable offline functionality for data capture in environments with limited connectivity.
Facilitate seamless data migration between app versions.
Integrate with existing ERP systems for order fulfillment.

Application Functionality

Device Selection: Doctors can select suitable prostheses/orthotics for patients.
Patient Data Management: Capture and manage patient information.
Measurement Tools: Accurate measurement of patient parameters (e.g., knee measurements).
Custom Order Creation: Easily generate orders for prosthetic sockets and liners.
3D Scanning: Utilize a 3D scanner to obtain precise measurements for customized sockets.
Offline Data Storage: Store patient data and measurement data locally for use in areas with limited connectivity.
Data Synchronization: Synchronize locally stored data with the server upon regaining connectivity.
Order Submission: Send orders directly to Össur's office.

Technology Stack

Swift (iOS)

N.Core (Backend)

MS SQL Server

Azure App Service

Azure Blob Storage

System Integrations

ERP System (for order fulfillment)

Non-Functional Requirements

Scalability: The system should be able to handle a growing number of users and orders.
Reliability: Ensure data integrity and system availability.
Security: Protect sensitive patient data.
Performance: The application should be responsive and efficient, even in offline mode.
Data Migration: Smooth and reliable data migration between app versions.

Expected Business Impact

The new mobile application is expected to significantly reduce order processing time, decrease costs associated with traditional methods, improve doctor efficiency, and enhance patient care through faster access to customized solutions. Scanning and electronic ordering are projected to save days of time and money.