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Development of a Cross-Platform Digital Inventory Management System with RFID Integration
  1. case
  2. Development of a Cross-Platform Digital Inventory Management System with RFID Integration

Development of a Cross-Platform Digital Inventory Management System with RFID Integration

netguru.com
Medical
Information technology

Identified Challenges in Laboratory Inventory Management and Compliance

Laboratories face difficulties in managing inventory procurement efficiently while maintaining regulatory compliance. Reliance on manual, paper-based workflows hampers productivity and data accuracy, risking audit readiness and compliance with industry standards.

About the Client

A large pharmaceutical or research laboratory organization seeking to digitize inventory workflows, ensure regulatory compliance, and improve operational efficiency through advanced digital solutions.

Goals for Enhancing Inventory Management and Compliance

  • Implement a scalable, cross-platform mobile application for inventory registration and tracking.
  • Reduce inventory management time by at least 97% through process digitization.
  • Integrate RFID labels, NFC tags, and other smart solutions for real-time asset monitoring.
  • Enhance user experience across mobile and web interfaces, supporting seamless, efficient workflows.
  • Support multiple app versions and rapid deployment of updates to facilitate market-driven changes.
  • Establish robust collaboration workflows between development teams, backend systems, and marketing to ensure cohesive product development.

Core Functional Capabilities for Digital Inventory and Compliance Management

  • Cross-platform mobile applications for Android and iOS with a unified user experience, implemented via a cross-platform framework.
  • Real-time inventory data access including SDS, ownership, expiry, location, usage, and disposal details.
  • RFID, NFC, and UHF antenna integrations for quick and accurate asset registration through scanning.
  • Versioning functionality enabling users to switch between application versions without disruption.
  • Secure data storage and access management to ensure regulatory compliance and audit preparedness.
  • Automated alerts and compliance monitoring dashboards.
  • Backend infrastructure supporting multiple functionalities, scalable to expand features over time.
  • Design system updates to refresh user interface and improve user engagement.
  • Support for seamless updates and rapid deployment of new features.

Preferred Technologies and Architectural Approaches

Cross-platform development frameworks (e.g., Flutter or React Native) for mobile applications.
Shared backend architecture supporting multi-device synchronization.
Real-time data processing capabilities.
Secure authentication and data encryption standards.
Compatibility with RFID, NFC, and UHF hardware interfaces.

Essential External System and Hardware Integrations

  • RFID labels and NFC tags for asset tracking.
  • UHF antennas and readers for scanning and inventory updates.
  • Backend systems for inventory data storage and compliance monitoring.
  • Third-party barcode or smart label solutions as needed.

Key Non-Functional Requirements for System Reliability

  • Performance: Real-time data access with minimal latency.
  • Scalability: Support for expanding inventory volumes and user base.
  • Security: Full data encryption and secure access controls to meet regulatory standards.
  • Reliability: 99.9% system uptime with effective error handling.
  • Usability: Intuitive UI/UX with minimal training required.
  • Maintainability: Modular design supporting ongoing updates and feature additions.

Projected Business Benefits and Efficiency Gains

The proposed digital inventory management system aims to reduce inventory processing time by over 97%, facilitate seamless compliance with industry standards, enable rapid deployment of new features, and improve overall laboratory productivity. Successful implementation will position the client as a leader in digital laboratory solutions, support audit readiness, and foster consistent data quality and traceability.

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