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Development of an IoT Horse Monitoring Application with Real-Time Analytics and Firmware Update Capabilities
  1. case
  2. Development of an IoT Horse Monitoring Application with Real-Time Analytics and Firmware Update Capabilities

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Development of an IoT Horse Monitoring Application with Real-Time Analytics and Firmware Update Capabilities

cogniteq.com
Sports
Health & Fitness
Information Technology

Challenge in Equine Performance Monitoring

The client required an IoT application to integrate with wearable sensors on racehorses, enabling real-time tracking of critical metrics (heart rate, breathing rate, speed, etc.) and historical data analysis. Existing solutions lacked seamless device integration, actionable insights, and firmware update capabilities for wearable devices.

About the Client

A Danish company specializing in innovative wearable devices for racehorses to monitor vital health and performance metrics during training.

Key Project Goals

  • Enable real-time monitoring of six key equine health and performance metrics
  • Provide post-training data analysis with environmental and geospatial context
  • Implement secure user authentication and team collaboration features
  • Support over-the-air firmware updates for wearable devices
  • Create intuitive data visualizations for both live and historical datasets

Core System Functionalities

  • Real-time dashboard with dynamic graphs for vital metrics
  • Post-training analysis with weather, location, and training zone breakdowns
  • User account management with Google/Facebook authentication
  • Team-based horse and device sharing functionality
  • Satellite map integration for training route visualization
  • Nordic Semiconductor DFU library integration for firmware updates
  • Customizable alert system for abnormal metric detection

Technology Stack

Kotlin Coroutines
ViewModel + LiveData architecture
Retrofit for API communication
Firebase for backend services
Google Maps SDK
Glide for image loading

System Integrations

  • Bluetooth Low Energy (BLE) connectivity for wearable devices
  • Google Maps API for geolocation tracking
  • Firebase Authentication and Cloud Messaging
  • Nordic DFU Library for firmware updates

Non-Functional Requirements

  • Real-time data latency below 500ms
  • End-to-end data encryption for health metrics
  • Support for concurrent monitoring of 10+ devices per user
  • Cross-platform compatibility with Android smartwatches and smartphones
  • 99.9% application uptime during training sessions

Expected Business Impact

The solution will establish the client as a market leader in equine IoT technology through pioneering breathing rate monitoring capabilities. It will enable data-driven training optimization, improve horse wellbeing through early health anomaly detection, and streamline technical validation with pilot device management. The firmware update functionality ensures long-term device maintainability, while team collaboration features enhance adoption across training facilities.

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