What is agricultural technology? What is the future of agri-tech today?

Agriculture will change dramatically when robotics and artificial intelligence are used on a larger scale. Technology helps agriculture avoid food shortages and price increases caused by inefficiencies, unequal distribution and disaster losses. As agriculture becomes automated, the entire agro-ecosystem will change and the way agricultural products are traded will change dramatically.

When consumers used to buy produce, they cared about the brand and purchased the produce in the future. If the source can be clearly traced, consumers may not only buy produce from big brands, but also from small farmers with traceable data and production history. For these small farmers to access the digital system was not possible in the original, but professional services that can help them digitize so that every process of production can be entered into the system, so these "small and beautiful" products may sell higher and better than the agricultural products of big brands.

Agricultural science and technology mainly refers to the science and technology used for agricultural production, as well as for rural and urban life and some simple agricultural products processing. It includes planting, breeding, the use of fertilizers and pesticides, the identification of various means of production, and efficient agricultural production models. Deng Xiaoping said "science and technology is the first productive force", is that we rely on agriculture, from hunting to farming, from picking wild fruits to planting workers, can not leave the laboring people in the production of exploration and research, today, we live in a materially rich era, but we can not forget that there is still a need for the development of agriculture, the need for more science.

Under the pressure of pressing natural environment and continuous population growth, in order to meet the future demand for food, countries all over the world have begun to seek agricultural solutions and develop more advanced, efficient and environmentally friendly agricultural technologies. In the process of promoting agricultural modernization, both the U.S. model, which has fewer people and more land, and the Japanese model, which has more people and less land (and is concentrated in developed Asian countries), are committed to using the latest agricultural science and technology to change the situation of traditional agriculture's low efficiency and high resource costs.