Top 3 The World's Most Advanced Agricultural Technology

With the role of latest agricultural technology, it is hoped that it will be able to improve the quality and volume of agricultural products, as well as make it easier for agricultural sector managers to get optimal work results. However, agricultural technology in some regions may still not be suitable for overall application, because it still has to consider several factors such as natural conditions, experts who operate equipment, and public knowledge about agricultural technology tools.

Progress and development in any field cannot be separated from technological progress, the agricultural revolution was driven by the invention of machine machines and new ways of agriculture. If there is no change in the field of technology, then agricultural development will stop. Production has stalled and may even decline due to declining soil fertility or increasing damage by disease pests that are still rampant. Examples of technological innovations in agriculture are sensor technology and automation technology.

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Technological advances in the field of innovative agriculture are increasingly sophisticated. When the inventors showed the results of his idea. This can make it easier for farmers and increase agricultural production.  Researchers are often overwhelmed getting agricultural data from the field. Usually researchers work manually in obtaining data. Therefore, some advanced technologies that can help agricultural research. Here are three agricultural technology systems predicted to be the most advanced in the world:

1. AeroVironment Agriculture

The tool is a complete drone package. AeroVironment functions to collect agricultural data with a very sharp camera resolution. According to research firm Global Market Insights, the market for agricultural drones will reach $1 billion by 2024, up from about $338 million in 2016. For the past five years, California-based AeroVironment has been making efforts to address the problem. One of them is that the government can meet the needs of farmers through drone recording data. The drone uses software that easily stitches together images and runs all the analytics to make them meaningful to farmers.

The ability of this tool can travel long distances. The ability to stay away 400 acres per 45-minute flight. The tool has four propellers.

2. Soil and Water Sensors

Soil and water content detection device. This equipment has the fastest effect in the world. Through its sensors it can detect water content, nutrients and others. It can help researchers to detect soil content without researching in the laboratory again. In addition, farming can protect the environment by conserving water, limiting erosion and reducing fertilizer consumption 

3. IBM (International Business Machines) Agriculture

Serves to meet digital farm data. The main focus of this tool is a highly fragmented and closed business that is as fast as possible. IBM's platform brings together data and artificial intelligence to help farmers make better decisions.  The new platform is an innovation that leverages IBM's most advanced capabilities in crop production analytics.

The platform begins by creating an electronic field record (EFR) as the only source of truth with the following information: 

  • Weather data from The Weather Company for forecasts of the previous 15 days of planting seasonal crops from season to season.
  • Detection of soil data such as moisture from various depths, nutrient content, fertility, and soil type.
  • Data on farm schedules and cooperative workflows (for example: planting and harvesting dates, fertilizer and pesticide application rates, and yields).

By utilizing a technology, it is certain that the level of productivity produced will be much higher when compared to traditional agriculture. This has to do with time as well as results. With the benefits of technology in agriculture, the process of growing crops on large plots of land will be able to be completed in a short time. The applied treatment pattern is also effective and efficient. Of course, such care will give a bountiful harvest.

The application of agricultural technology, in addition to abundant yields, the products produced also have excellent quality. Today's agricultural technology is able to reduce the use of water, fertilizers, even pesticides. Agricultural crops that use too much water, fertilizers, and pesticides, will cause a decrease in the quality of the products produced. With the benefits of technology in agriculture, the possibility of this happening can be avoided easily.

Not necessarily only looking at the advantages in utilizing existing agricultural technology. In other words, the technology used must not damage the ecosystem or the surrounding environment causing losses. Hopefully useful !

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