Examining How Technology Is Revolutionizing The Global Soy Supply Chain

Examining How Technology Is Revolutionizing The Global Soy Supply Chain

 Digital innovation enables soybean farmers in the United States to be more productive, profitable, and sustainable. According to Forbes, the agriculture industry invested $4.6 billion in technology in 2015, which has progressively risen.  

Significantly, farmers are expected to boost their output by 60% by 2030 to fulfill global food demand as the population expands, and they can be prepared to fulfill this challenging task if they embrace technology and become more sustainable. 

This article will examine the most common ways technology is transforming the supply chain industry and give examples of how technology revolutionizes the global soy supply chain. Read on. 

1.Improved Visibility and Tracking of Inventory 

 Keeping track of inventory is one of the most difficult challenges organizations confront in the global soy supply chain industry. Technology has helped businesses increase inventory visibility and tracking. RFID tags and barcodes, for example, can be used by businesses to track the location and status of their inventory in real-time.  

This improved inventory visibility, and tracking enables businesses to better manage stock levels, decrease waste, and deliver better customer service. 

Notably, companies can track their inventory using software solutions in addition to RFID tags and barcodes. These software systems can provide detailed reports on inventory levels, allowing businesses to make smart stock selections.  

These software solutions can also relate to other systems, including accounting and customer relationship management (CRM), to provide a more comprehensive view of the company’s inventory.


The Internet of Things “IoT” is a network of interconnected machines and gadgets that compute and transport data without human intervention. IoT is simplifying and streamlining the collection, inspection, and distribution of agricultural resources in soybean production using sensors on equipment and machines. 

Sensors equipped with image regulation technology enable farmers to monitor their crops from anywhere worldwide, sending real-time data that alerts them when water or nutrients are required. Farmers may enhance production while decreasing waste with these remote management capabilities.

3.Improved Communication Between Supply Chain Partners

Technology is also enabling soy businesses to increase communication among supply chain partners. Soy companies may share information quickly and accurately by utilizing cloud computing and big data analytics. Businesses can work more successfully and arrive at better-informed conclusions because of the enhanced communication between partners.  

Technology has also allowed soy businesses to stay in touch with their clients, allowing them to provide better customer service.
Furthermore, technological advancements have helped businesses to streamline their supply chain procedures. Soy companies can save expenses and enhance efficiency by utilizing automation and analytics. This assists businesses in remaining competitive in the market and providing better value to their customers.

4.Automated Demand Forecasting for Smoother Production Planning

 Another technology that is transforming the soy supply chain business is automated demand forecasting. Automated forecasting systems evaluate consumer data using machine learning algorithms to predict future demand for products or services properly.  

This enables businesses to plan production schedules more precisely, which can help cut costs and improve customer satisfaction.
The soy supply chain business is continually changing, and technology plays an important part in this evolution. Technology transforms how we manage supply chains, from automation and robotics to AI-powered predictive analytics. By embracing this new technology, soy companies may decrease expenses, enhance productivity, and raise customer happiness.
The capacity to quickly change production plans in response to changing customer demand is one of the primary benefits of automated demand forecasting. This assists soy businesses in avoiding overproduction and underproduction, which can result in costly inventory concerns.  

Furthermore, computerized forecasting can assist soy businesses in identifying new chances for growth and expansion, allowing them to capitalize on rising trends and enter new markets.
5.Drones and Crop Monitoring

 Drones are rising in popularity in the agricultural sector for giving farmers aerial views of entire fields and big areas of their business. These “big picture” perspectives enable soybean growers to detect stress signs quickly. Furthermore, advanced drone technology can spray crops more quickly than traditional machines.

6.Cloud Computing and Big Data Analysis in the Supply Chain

 Big data analytics and cloud computing are becoming increasingly important in the soy supply chain industry. Businesses in the soy industry use cloud computing to quickly and easily store data. Big data analytics technologies can then be used to analyze this data to gain insights into customer demand, inventory levels, logistical operations, and other areas.  

Then, soy firms may use this knowledge to guide their decisions and strengthen their supply chains.

7.Increased Efficiency in Logistics

 Technology has increased the productivity of the supply chain logistics industry. Businesses have started utilizing tools like cloud computing, big data analytics, and predictive analytics to enhance their logistical operations. Robotics and automation are also being used more frequently in the logistics industry. 
They can help the supply chain be more accurate and error-free. By integrating these technologies, businesses may ensure that their logistics operations are effective and run smoothly.
 Modern technology has transformed the global soy supply chain by providing several imaginative solutions developed with efficiency in mind, allowing soy farms worldwide access to vital production tools while helping to reduce resource usage along the way.
Precision farming technologies such as drones and crop monitoring, automated irrigation systems, genetic modification techniques used to increase yields or make plants resistant, and drones used to improve pest management without endangering human lives have all significantly improved soy productivity worldwide.
As research on discoveries in this arena continues, we can only expect more progress toward adopting sustainable farming techniques for global food security.