The globally increasing population creates challenges in the food industry, as per the UN Food and Agricultural Organisation, the global population will reach 9.2 billion by 2025. Therefore the present agricultural cannot feed the increasing population with the current status. Thus, the farm sector has to perform efficiently to feed the growing population. The technological advancement will play an essential role in the agricultural industry: smart agricultural technologies like intelligent monitoring systems, robots, and drones widely used in research and field trials. The adoption of artificial intelligence and machine learning transforming the farming sector and brought the new phase called “‘ultra-precision” agriculture to serve the people. Irrigation management is a tedious and complicated task. The irrigation management majorly depends on traditional weather forecasting methods which do not predict weather conditions accurately, which hinders the growth of the farming sector. Recently, the automated irrigation system has developed which utilizes the machine learning techniques to maintain appropriate soil conditions to raise the crop. The system needs less labor and reduces the overall production cost.
The Smart Agriculture market report provides a detailed analysis of market trends, drivers, opportunities, and challenges. The market analysis includes the segmentation based on . It also includes company profiles, and competitive landscape, market share, and impact analysis of drivers, opportunities, and challenges. The Smart Agriculture report also includes a detailed analysis of primary as well as secondary research. This report majorly analyses the leading players such as and their strategies, offerings, recent product innovations, partnerships, and acquisitions to estimate the Smart Agriculture market.
The Smart Agriculture market is segmented as below
The qualitative analysis of Smart Agriculture market report includes competitive landscape, key growth, and restraining factors. In addition to this, the PESTEL, Porter's Five, and Value chain analysis enables users to understand how the micro and macro-economic factors have influenced the Smart Agriculture market. The Smart Agriculture market analysis allows users to understand the competitive factors in the market, which help them to take strategic business decisions for sustainable growth.
In Smart Agriculture market report the top-down and bottom-up approach has applied to estimate the Smart Agriculture market. In the top-down and bottom-up approach, the report considered primary and secondary research. In the primary research, multiple interviews were conducted with CEOs, CFOs, and product managers of the leading players. The interviews also include the subject matter expert, investors, and end-user interviews. Secondary research includes company annual reports, press releases, whitepapers, market players’ association news portal, government portal, and journals.
The comprehensive and detailed primary & secondary research followed by the qualitative analysis and quantitative analysis provides a 360-degree view of the market. It will help users to understand the competitive environment, potential segments which will create market opportunity in the coming future. The user finds the detailed analysis of leading players, including
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