Application Development for Monitoring of Wool from Farm to Fabric

Project Code :TCMAKO19

Objective

The project aims to create a unified digital platform for the wool industry, with the objectives of improving transparency, efficiency, and collaboration among Admins, Users, Farmers, and Industries. It seeks to streamline data management, enhance communication, and facilitate trade to boost the industry's competitiveness and sustainability.

Abstract

This abstract introduces a comprehensive system tailored to optimize interactions within the wool industry, targeting key stakeholders such as Admins, Users, Farmers, and Industries. The system integrates critical functionalities to enhance transparency, efficiency, and collaboration. The wool industry, a cornerstone of textile manufacturing, relies on effective coordination among various players. Admins wield pivotal control, overseeing a spectrum of wool-related data. This includes monitoring wool growth, facilitating trade, regulating pricing as per grade, and managing farmer information. Users play a crucial role in the system, gaining access to farmer profiles, facilitating orders, and maintaining an extensive transaction history. Farmers, in turn, leverage this system to interact with Admin-added data, review crucial information about shearing, sorting, and dyeing processes, add their wool products to the database, monitor their orders, and even initiate collaboration requests with industries. Industries, the final key stakeholder, are equipped to review these collaboration requests and access essential farmer information. This integrated platform fosters a heightened level of transparency and efficiency within the wool sector. It seamlessly facilitates information exchange, fosters trade, and cultivates collaborative relationships across the entire supply chain, empowering all participants in the wool industry to thrive in a dynamic market landscape.

KEYWORDS: Wool industry, Stakeholders, Admins, Users, Farmers, Industries, Data Management, Transparency, Efficiency, Collaboration, Supply Chain.

NOTE: Without the concern of our team, please don't submit to the college. This Abstract varies based on student requirements.

Block Diagram

Specifications

Hardware Requirements

Processor                     -    I3/Intel Processor

RAM                           -    8 GB 

Hard Disk                     -    1TB



Software Requirements

Operating System          -  Windows 10

JDK   - java

Plugin                    - Kotlin

SDK   - Android 

IDE   - Android studio

Database   - server script, MySQL


Demo Video

mail-banner
call-banner
contact-banner
Request Video