Background: The coffee industry is one of the most important world supply chains, with an estimated consumption of two billion cups daily, making it the most consumed beverage worldwide. Coffee beans are primarily grown in tropical countries, with Brazil accounting for almost 50% of the production. The objective of this study is to examine the Brazilian trade between 2018 and 2022, focusing on state producers, logistical corridors, and importer countries. Methods: The methodology approach revolves around a quantitative method using Social Network Analysis measures. Results: The results reveal a massive concentration in local production (99.5%—Minas Gerais), port movements (99.9%—Santos, Itaguai, and Rio de Janeiro), and country buyers (80.9%—the United States, United Kingdon, and Japan). Conclusions: The study concludes that the Brazilian green coffee supply chain relies on a fragile and overloaded logistical network. Due to that, this study indicates that the stakeholders and decision-makers involved must consider this high concentration of production in some areas and companies. They must also address the bottlenecks in logistical corridors and the fierce competition involved in acquiring and processing Brazilian coffee production because these factors can drastically affect the revenue of the companies operating in this sector.

This study assessed the life cycle costs of eucalyptus production in a Brazilian forestry company. The analysis combined traditional Economic Feasibility Analysis with Monte Carlo Simulation and Real Options to account for uncertainty. Results confirmed the project's economic viability, with the Reform/Coppice or Reform/Conduction scenarios offering the highest returns. Wood price and production levels were the most influential factors. The most cost-effective approach involved chemical fertilization and manual ant control. The study highlights the value of integrating probabilistic methods into cost analysis, enhancing decision-making and identifying opportunities to reduce costs in the eucalyptus production cycle.

An agrotechnological district (ATD) integrates sustainable agricultural practices and technologies, aiming to transform rural communities by stimulating socioeconomic development and addressing the UN Sustainable Development Goals. Ingaí, a dairy-producing municipality in Minas Gerais, Brazil, stands to benefit from the implementation of an ATD. This study aimed to identify the opportunities and challenges for the implementation of an ATD in the municipality, considering its socioeconomic characteristics, the level of producers’ technological adoption, connectivity infrastructure, support networks, and rural and market management. The method was based on an exploratory case study, using semi-structured group interviews for data collection, conducted in March 2024, with agricultural stakeholders. As a result, key challenges emerged: limited connectivity infrastructure; ineffective property management; rural family succession problems; barriers in accessing credit; resistance to the adoption of technologies; and dependence on the local government. Opportunities included the strengthening of support networks among the agents of rural productive activity; the promotion of technology adoption by producers; and creating training and rural extension programs. The adoption of these initiatives can stimulate Ingaí’s economic and social development, generate multiplier effects in its region of influence, and serve as a model for other initiatives in the state of Minas Gerais, the main dairy hub in the country, and one of the primary drivers of Brazilian agribusiness.

An agrotechnological district (ATD) integrates sustainable agricultural practices and technologies, aiming to transform rural communities by stimulating socioeconomic development and addressing the UN Sustainable Development Goals. Ingaí, a dairy-producing municipality in Minas Gerais, Brazil, stands to benefit from the implementation of an ATD. This study aimed to identify the opportunities and challenges for the implementation of an ATD in the municipality, considering its socioeconomic characteristics, level of producers' technological adoption, connectivity infrastructure, support networks, rural and market management. Through an exploratory case study, using semi-structured group interviews with agricultural stakeholders, key challenges emerged: limited connectivity infrastructure; ineffective property management; rural family succession problems; barriers in accessing credit; resistance to the adoption of technologies; and dependence on the local government. Opportunities included strengthening of support networks among the agents of rural productive activity; promoting technology adoption by producers; and creating training and rural extension programs. The adoption of these initiatives can stimulate the Ingaí´s economic and social development, generate multiplier effects in its region of influence, and serve as a model for other initiatives in the state of Minas Gerais, the main dairy hub in the country, and one of the primary drivers of Brazilian agribusiness.

This article analyzes the role of digital agriculture in mitigating food inflation in Brazil, highlighting how emerging technologies—such as artificial intelligence, smart sensors, and big data—can increase productive efficiency and sustainability in the agricultural sector. Through an exploratory methodology, the research discusses the challenges and opportunities of digitalization for small- and medium-sized producers, exploring its impact on competitiveness and market accessibility. In addition, it examines the relationship between the adoption of these technologies and the dynamics of agricultural prices, contributing to an essential debate on innovation, food security, and digital inclusion in the rural world. We found that digital agriculture can mitigate food inflation by improving productivity, enhancing supply chain efficiency, and reducing input costs, while underscoring the need for inclusive public policies to ensure equitable adoption among small- and medium-sized producers. The study highlights the need for public policies that foster digital inclusion in agriculture through rural connectivity, targeted training, and access to credit, ensuring that technological advances translate into equitable and sustainable development.