Logo Lanfrica
  • Home
  • Atlas
  • Insights
  • Docs
  • Sign in

© 2026 Lanfrica. All rights reserved. All copyrights of the resources shown on the Lanfrica website belong to the original copyright holders, unless explicitly stated otherwise.

Application of IoT in Zambia’s FRA Grain Traceability Process

Domain:

agriculturedigital infrastructure
Creator:
SipJac
Publisher:
Int
Host:

with advancement in technology, many sectors have seen growth and improvement in service delivery. Today, many areas such as health, transport and logistics, retailing among others have adopted the use of IoT. Agricultural sector has not been left out on the use of IoT.  IoT is defined as a network of interconnected devices which can transfer data efficiently without human involvement. In agriculture, IoT can play a big role in increasing productivity and efficient storage management. Other applications include security, real-time object tracking and monitoring. In Zambia however, the agricultural sector through the Food Reserve Agency (FRA) while still underdeveloped, faces many challenges that range from spoilage, infestations, theft at site, spillage and storage among others. As the national food security agency, FRA has for many years been grappling with these challenges. In order to help curb theft problems, this study proposes the adoption of IoT and related technologies. The proposed IoT technologies will be a prototype model that will employ the use of GPS, RFID, PIR, Wireless radio communication module and the GSM technologies. The GPS will be used to monitor and track the location of the vehicle in transit using mobile and web applications. To curb theft of grain at stationary points, the system will use motion sensing through the use of PIR sensors, wireless radio communication module and the GSM/GPRS technologies. Lastly, RFID combined with GPRS and Arduino microcontroller will be responsible for grain bags tallying.  

 

Visit

doi.org

Similar

Development of an IoT Based Process Plant Emission ControllerTransforming African education systems throughthe application of IoTA Lightweight Cryptography Framework for Secure mAgriculture: Securing IoT Endpoints for a Blockchain-based Traceability System in GhanaTwi Keyword Spotting Dataset for Iot ApplicationTransforming African Education Systems through the Application of IOTAutomation of Poultry Farm Feeding Process and Egg Counting Using IOT Technology

Development of an IoT Based Process Plant Emission Controller

Climate change problems emanates largely from the process industries globally. A control scheme

Transforming African education systems throughthe application of IoT

The project sought to provide a paradigm for improving African education systems through the use of

A Lightweight Cryptography Framework for Secure mAgriculture: Securing IoT Endpoints for a Blockchain-based Traceability System in Ghana

Ghana's agricultural sector, vital for exports like cocoa, faces significant traceability challenges

Twi Keyword Spotting Dataset for Iot Application

A voice command dataset for a low resource language from Ghana , Twi.

Transforming African Education Systems through the Application of IOT

The project sought to provide a paradigm for improving African education systems through the use of

Automation of Poultry Farm Feeding Process and Egg Counting Using IOT Technology

ABSTRACT This work focused on the automation of poultry farm feeding process and egg counting using