Food and Beverage Tech Review : News

A large number of agricultural technology startups are experimenting with novel methods to apply digital technologies to the messy business of farming. AgriTech startups are increasingly finding ways to apply digital technology to their farming practices. Numerous modern technologies increase yields, reduce waste and resource consumption, and improve farming's sustainability. And the majority of them do so through the collection and analysis of an increasingly valued asset: data. Several of these statistics are graphical. For instance, satellites and drones outfitted with cameras may give high-resolution photographs of arable land, providing farmers with a comprehensive perspective of yield patterns across broad swaths of land. On the ground, agricultural machinery like tractors, combine harvesters, and planting machines can be connected with sensors to monitor soil health and crop height changes in real-time. The power of technology The ability of technology to provide insights to farmers was highlighted in the most current Food Sustainability Index (FSI), which was established by The Economist Intelligence Unit in collaboration with the Barilla Center for Food and Nutrition. In 67 nations, the FSI assesses food sustainability on three fronts: sustainable agriculture, food waste, and loss, and nutritional issues. The white paper that accompanied the latest FSI results highlighted numerous breakthrough new companies' innovations. Connecterra's dairy monitors, for example, follow the behavior and movement of cows in the Netherlands, enhancing grazing efficiency and forecasting estrous cycles, hence increasing the percentage of pregnant cows during the breeding season. Indigo Agriculture, based in the United States, is using algorithms and machine learning to analyze a database of bacteria found within plants to determine which are most advantageous to the plant's health. It coats crops with these chemicals in the form of seed coatings. Making farming smarter On the farm, digital technology can improve efficiency and environmental sustainability by eliminating excessive use of scarce resources like water. Sensors embedded in the soil enable farmers to regulate their systems throughout the growing season, including raising or decreasing irrigation to maintain adequate moisture levels and utilizing water only when necessary. Naturally, technology is not the only tool available to advance food sustainability. Indeed, the consensus is building that traditional farming and agroecological techniques have enormous promise for improving soil quality, conserving water, reducing GHG emissions, increasing food yields, and establishing a more equitable trading system. Additionally, digital agriculture brings ethical concerns. For instance, some are concerned about who owns and controls the data created by smart farming. Others believe that multinational agribusinesses' ability to collect massive amounts of data on farming performance offers them an advantage over smaller, independent farmers who may lack access to this type of data. Several businesses are working on solutions to this problem. ...Read more

Data and analytics transform many industries and businesses, and logistics is no exception. Moreover, logistics is an ideal use case for data due to its complexity and dynamic nature and the intricate structure of the supply chain. The introduction and spread of big data usage fundamentally altered the way businesses interact with their analytics. Companies can now plan for slow and busy periods and potential supply shortages in the future and act accordingly. Logistics companies are using data and analytics to optimize their operations for the following reasons: Management of Performance Data can help us understand and monitor workforce performance. It can also show managers when and which machines are underperforming, allowing them to intervene quickly. When data is shared among partners, it can be used to improve the overall efficiency and transparency of the supply chain or partner network. Increased Productivity It is critical to share real-time data with all partners. The insights gained by a company are beneficial to both the logistics company and its partners. In addition, this type of data sharing in logistics can help improve operational efficiency by capturing changing customer demand, external factors, and partner operations. Capability to Process Orders Incorporating accurate, efficient data into processes frees up additional space for the entry of new orders. As a result, more orders are shipped, increasing demand for the services provided by the supply chain. Optimization of the Route The most optimized routes and times for delivery are selected using real-time GPS data, weather data, road maintenance data, and fleet and personnel schedules integrated into a system that looks at historical trends. Metrics, Key Performance Indicators, and Forecasting These elements enable continuous performance monitoring and the identification of inefficiencies based on real-time data. For example, managers have the information to intervene immediately if data indicates errors in picking rates, delays in picking procedures, or that shipping lacks some items. New Business Models and Projects are Being Developed New digital platforms will aid in the elimination of supply chain inefficiencies, the resolution of asset underutilization issues, the improvement of demand-supply matching, and the enhancement of visibility and connectivity across systems. See Also : Logistics Tech Startups ...Read more

Even though recent technological advances that have improved and streamlined communication channels, there are still many gaps in the food supply chain FREMONT CA : While customers are swarming to restaurants in masses, the restaurant industry's supply chain issues have persisted in the aftermath of the Covid-19 health outbreak. Increasing supply chain problems have made it difficult for business owners, dealers, and operators in the industry as more independents and franchised QSRs, Fast Casual, and full service restaurants reopen to standard capacity. Acquiring replacement parts and new equipment on schedule has been difficult, and keeping up with the growing number of foodservice supply chain delays and interruptions has proven to be a real challenge. Many foodservice providers have experienced a period of instability, ranging from worker shortages to outright shutdowns. Furthermore, in many marketplaces, the variables and circumstances that drive higher pricing appear to be overpowering. The economic reopening in the United States has been gnarled and uncertain. Inventory levels are low, resulting in large restocking requests and a premium on short-term supply of diverse raw commodities. Supply Chain problems and challenges have increased food costs and dearth of main ingredients, for instance chicken and corn.  Supply lines are clogged, resulting in pockets of shortage and increased costs that are ultimately passed on to consumers. Due to Covid protocols and standards, the supply and demand of international trade using ocean freight has seen significantly time-consuming delivery times. In addition, manpower constraints and vessel limitations have caused delays in normal pickup and delivery procedures in some countries. Although there are multiple challenges, it also presents opportunities for the industry to develop an infallibility to avert future problems in lieu of carelessly covering the situation. Professional carriers and shippers—growers, suppliers, and manufacturers–must collaborate to address concerns and challenges in the food supply chain in order to achieve their objectives through open communication and transparency. ...Read more