Published on : Apr 01, 2021
Albany, New York, April 1, 2021: Agriculture Automation and Control Systems are widely being adopted to optimize the production rate of food. Agriculture automation and control systems is gaining popularity due to rapid increase in population across the world, rising disposable incomes, upsurge in the application of modern technologies in farms, and growing demand for protein rich-aqua food. Due to growing pressure on the food supply system, farmers are focusing on enhancing the yields. Hence, they are shifting towards use of technology to monitor diseases in the crops.
In addition, integration of technology such as advanced livestock monitoring products also reduces the overall management cost.
Further, upsurge in adoption of advanced technologies such as AI and IoT in field farming, aquaculture farms, and livestock monitoring are likely to improve the production rate of crops. This, in turn, is bolstering growth of the global agriculture automation and control systems market.
The newly added report “Global Agriculture Automation and Control Systems Market Size, Status and Forecast 2020-2026” in RMoz repository provides insights about various factors contributing to growth of the market. It also presents information about several challenges and restraining factors that may limit the growth of the global agriculture automation and control systems market during the forecast period.
The report consists of 159 pages, each page depicting different aspects of the market growth. In addition, the analysts have used graphs and statistics to present the information in pictorial form.
The market analysts have done in-depth research to provide details of the drivers and trends shaping the market. They have also visited several enterprises, stakeholders, agriculture experts, and other scientists of the global agriculture automation and control systems technology market to get an idea of possible growth rate in coming years.
Climate Change Has Severe Impact on Agricultural Production Presenting Growth Opportunities to Agriculture Automation and Control Systems Market
Meanwhile, significant climate change has adverse impact on the global agricultural production. To avoid major damage to the crops and agricultural products, deployment rate of IoT based technology has increased. Application of IoT for agricultural purposes enable the farmers to protect the agricultural products from destruction.
On the other hand, agriculture industry has various regional and small players that provide solution at different stages of the agriculture production cycle. Among all, only some of the agricultural process are able to gain economic feasibility. This may restrain growth of the global agriculture automation and control systems technology market.
Nevertheless, growing penetration of smartphones powered by internet is projected to enhance awareness regarding the latest and upcoming developments in the agricultural landscape. This, in turn, may bolster growth in the global agriculture automation and control systems technology market during the forecast period.
In 2017, Asia Pacific accounted for major share in the global agriculture automation and control systems technology market. Prominence of the regional market is attributed population explosion and growing demand for food. The regional market is likely to sustain its position on back of favorable initiatives undertaken by government bodies in several countries across the region.
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Presence of various small and medium-sized companies along with few prominent players has fragmented the global agriculture automation and control systems technology market. This, further, has resulted in intense competition in the global landscape. Emergence of local players has formed various regional markets across several parts of the world. This is one of the key regions behind fragmented market.
Prominent players in the global agriculture automation and control systems technology market Ag Leader Technology, Agribotix LLC, CropMetrics LLC, Gamaya, CNH Industrial, Ag Junction, DICKEY-john Corporation, DeLaval International, AGCO Corporation, Grownetics, Granular, Raven Industries, Argus Control Systems, GEA Group, Autonomous Solutions, SST Development Group, Topcon Corporation, BouMatic Robotic, Farm Edge, The Climate Corporation, Deere and Company, Drone Deploy, CLASS, Trimble, and CropZilla Software.