IMPLEMENTACION DE UNA PLATAFORMA EN LA NUBE PARA LA OPTIMIZACIÓN DE LA CADENA DE SUMINISTRO EN UNA EMPRESA DE AGROQUIMICOS

Abstract

This thesis aims to investigate how the implementation of a cloud platform can optimize the supply chain in a company within the agrochemical sector, improving operational efficiency, reducing costs, and enabling faster, more accurate decision-making. In a context of growing complexity, agrochemical companies face challenges related to inventory management, distribution logistics, and coordination between suppliers and distributors. By adopting Cloud Computing technologies, the goal is to enhance real-time process visibility, providing greater flexibility and responsiveness to market demand and conditions. The research employs a mixed-methods approach, combining qualitative and quantitative methods. A detailed analysis of the company’s supply chain infrastructure was conducted through expert interviews and historical data analysis to identify areas for improvement. The platform’s design focuses on integrating various digital tools to automate processes, control inventory in real-time, and improve communication across supply chain actors. Expected outcomes include optimized logistics flows, reduced operational costs, and improved customer satisfaction through more agile and efficient service. Additionally, the cloud platform is anticipated to provide the company with greater adaptability to unforeseen market changes by enabling access to real-time data and analysis. The thesis also offers an analysis of the benefits and challenges of adopting Cloud Computing, proposing best practices to ensure successful implementation.