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Revamp of a Reproductive Health & Fertility Management Application with Enhanced Reliability and User Engagement
  1. case
  2. Revamp of a Reproductive Health & Fertility Management Application with Enhanced Reliability and User Engagement

Revamp of a Reproductive Health & Fertility Management Application with Enhanced Reliability and User Engagement

jetrockets.com
Medical

Identified Challenges in Supporting Users' Reproductive Health Journeys

Despite offering advanced features for fertility management, the existing application was hampered by numerous bugs, misalignment with original design goals, and reliance on unconventional technologies. These issues hindered reliable performance, user trust, and smooth operation, delaying the product launch and limiting its impact among the significant global demographic utilizing menstrual and reproductive health tracking tools.

About the Client

A mid-sized healthcare technology provider specializing in reproductive health solutions seeking to improve their digital platform to better support users through fertility tracking and treatment management.

Project Goals for Enhanced Reproductive Health Platform

  • Address critical bugs and technical discrepancies to stabilize the application.
  • Optimize system architecture to enhance reliability and performance, including server-side implementation of computational algorithms.
  • Refine app functionalities such as menstrual cycle monitoring, ovulation prediction, treatment tracking, and appointment management.
  • Ensure secure storage and management of sensitive medical data.
  • Streamline user notifications and reminders for medication and scheduled medical appointments.
  • Achieve timely release with high user satisfaction and robust functionality, aiming for efficient development cycles and scalability.
  • Target improved user engagement and support, ultimately facilitating better health outcomes.

Core Functional Requirements for Reproductive Health & Fertility Application

  • Menstrual cycle monitoring with accurate ovulation prediction algorithms.
  • Fertility treatment tracking including procedures like IUI and IVF with detailed scheduling.
  • Secure storage of medical records, medications, and treatment history.
  • Calendar interface enabling users to organize and visualize their medical information and appointments.
  • Automated notifications and reminders for medication intake and medical appointments.
  • Server-side implementation of computational algorithms for increased reliability and performance.
  • Robust data security and compliance with healthcare privacy standards.

Technological Stack and Architectural Preferences

Server-side algorithms migrated to backend platforms for reliability
React for frontend development to build responsive and user-friendly interfaces
PostgreSQL for secure and scalable data management
Capacitor and Ionic for cross-platform mobile application development
Use of a modern, modular architecture to facilitate future scalability and maintenance

External System Integrations for Comprehensive Functionality

  • Medical data APIs or EMR (Electronic Medical Records) systems for data integration
  • Notification services for timely reminders and alerts
  • Authentication and security services to ensure data privacy and user verification

Essential Non-Functional System Criteria

  • High system availability with minimal downtime to support critical health tracking
  • Scalable architecture to accommodate increasing user base
  • Response times optimized for a seamless user experience
  • Data security measures compliant with healthcare data protection standards
  • Performance benchmarks ensuring algorithms run reliably without delays

Anticipated Business and User Benefits from the Platform Enhancement

By migrating computational algorithms to the server side and addressing technical discrepancies, the platform is expected to deliver more dependable and accurate fertility predictions, improve user engagement through an intuitive interface and timely notifications, and accelerate the product launch cycle. The improved stability and performance will bolster user trust, enabling the platform to better serve the estimated 35% of the global female population utilizing menstrual monitoring apps, thereby significantly contributing to improved reproductive health outcomes and user satisfaction.

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