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Development of IoT Monitoring System for Supply Chain Visibility
  1. case
  2. Development of IoT Monitoring System for Supply Chain Visibility

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Development of IoT Monitoring System for Supply Chain Visibility

nix-united.com
Logistics
Food & Beverage
Healthcare

Challenges in Real-Time Cargo Monitoring and Data Integration

The client faces difficulties in maintaining cargo integrity during transportation due to lack of real-time visibility, unreliable data transfer from NFC/UHF tags, and inability to proactively address temperature deviations or route risks. Existing systems lack integration between hardware and software components, leading to potential product spoilage and operational inefficiencies.

About the Client

A logistics company specializing in global perishable product transportation, requiring real-time cargo monitoring and integrity management.

Key Goals for IoT System Development

  • Develop a unified IoT system for real-time temperature and location tracking of perishable goods
  • Ensure seamless integration between NFC/UHF tags and cloud platforms
  • Implement proactive alerts for temperature deviations and route risks
  • Provide transparent supply chain visibility to stakeholders via mobile/desktop interfaces
  • Enable data-driven decision-making through risk analysis and route optimization

Core System Capabilities and Features

  • Real-time temperature and GPS tracking via NFC/UHF tags
  • Web portal for admin data management and route visualization
  • Mobile apps for NFC tag configuration, temperature alerts, and map-based monitoring
  • Crime risk analysis and route deviation detection system
  • Cloud integration for data storage and analytics (Azure IoT Hub)
  • Automated notifications for out-of-range parameters
  • Temperature simulation sandbox for predictive analysis

Technology Stack Requirements

.NET
Kotlin
ReactJS
Azure IoT Hub
Azure Maps
Firebase
Azure Functions
Azure Cosmos DB
Mapbox
MQTT
AMQP

System Integration Needs

  • Azure cloud services for telemetry processing
  • GPS location tracking APIs
  • Mobile device NFC/UHF hardware compatibility
  • Third-party crime risk data APIs

Performance and Security Standards

  • 24/7 system availability with failover mechanisms
  • End-to-end data encryption for compliance
  • Scalable architecture for global device connectivity
  • Low-latency real-time data processing
  • User role-based access control

Expected Business Outcomes

Implementation of this IoT system will reduce cargo spoilage by enabling proactive temperature management, enhance supply chain transparency for stakeholders, optimize transportation routes through risk analysis, and improve customer trust through verifiable delivery integrity. The solution will position the client as a leader in smart logistics technologies while reducing operational losses from damaged goods.

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