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IoT-Enabled Precision Agriculture Fluid Management System
  1. case
  2. IoT-Enabled Precision Agriculture Fluid Management System

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IoT-Enabled Precision Agriculture Fluid Management System

inoxoft.com
Agriculture
IoT
Environmental Services

Inefficient Fluid Management in Agricultural Operations

Agricultural machinery operators face challenges in real-time monitoring and adjustment of fluid distribution (fertilizers, manure), leading to resource waste, inconsistent crop yields, and increased operational costs due to manual tracking methods and lack of precision control.

About the Client

Agricultural technology company specializing in IoT-integrated machinery for optimized fluid distribution in farming operations

Key Project Goals

  • Develop IoT-enabled pump tracking system for agricultural machinery
  • Enable real-time fluid consumption monitoring and adjustment
  • Optimize fertilizer application per hectare to reduce waste
  • Improve operational efficiency through automated data-driven decisions

Core System Functionalities

  • IoT sensor integration with analog/digital pumps
  • Real-time data collection (pressure, flow rate, fluid levels)
  • Mobile application for iPad control interface
  • Automated hectare-based fluid distribution calculation
  • WiFi data transmission via Modbus TCP protocol

Technology Stack

Modbus TCP
Arduino
Swift
Objective-C
WiFi

System Integrations

  • Agricultural machinery control systems
  • Mobile device sensors

Performance Requirements

  • Real-time data processing capability
  • Secure data transmission
  • Scalable IoT architecture
  • Low-latency control interface

Expected Business Impact

Implementation of IoT-enabled fluid management system will reduce agricultural resource waste by 30%, increase crop yield consistency through precise fertilizer application, and lower operational costs by automating manual tracking processes while providing real-time decision-making capabilities for farm operators.

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