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Agriculture is a combination of complex individual but interconnected processes. Each process needs to be organized into efficient stages to ensure profitable yields. As a result, the success of any digital application in agriculture is subject to teamwork between the farmer, technology, and product
FREMONT, CA: Digitization has had a significant impact on every industry. Industries are leveraging the various disruptive technologies to increase productivity and enhance business performance. The agriculture industry is not different and has experienced a splurge of new technologies thanks to the digital wave. Automated steering systems, field robots, data-driven targeted application of fertilizers and pesticides, autonomous driving, and soil analysis sensors have taken agricultural practices to a whole new level. However, this is not the first time technology has had a prolific impact on agriculture. In 2015, 30 percent of all income from agriculture machinery was driven by software. This time, technology is here to stay and has offered results across all kinds of agriculture.
[vendor_logo_first]Agriculture is a combination of complex individual but interconnected processes. Each process needs to be organized into efficient stages to ensure profitable yields. As a result, the success of any digital application in agriculture is subject to teamwork between the farmer, technology, and product. The uses of technology can benefit agriculture in many ways and hold viable solutions to the growing problems faced for irrigation and soil conditions.
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Precision Farming
Precision farming is an agricultural practice that involves new production and crop management methods that leverage intensive data on a specific location or crop. Under this practice, sensor technologies and application methods are used to make the production process more efficient and improve growing conditions. Unlike conventional agricultural practices, digital data can help increase resource efficiency and reduce costs, while also reducing the impact on the environment.
By collecting information on different soil conditions, properties, and productivity levels, farmers can access real-time data on soil conditions for a plot of land, all with a click. Satellite-controlled accurate lane guidance of agricultural machinery and intelligent sensors facilitate the targeted application of seeds, fertilizers, and pesticides. This results in improved seed quantity and reduced fuel consumption.
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Smart Farming
Smart farming is more commonly referred to as Farming 4.0 or digital farming. It involves the application of data and information to optimize complex farming systems. Integrating smart farming with modern technologies enables seed planting to be adapted to a specific field to ensure an efficient production process. Farmers need not make decisions based on a hunch. They can rely on accurate data and make more informed decisions. Smart farming also involves efficient control of agricultural machinery. This enables agricultural machines to communicate among themselves with access to electronic field record files.
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