Interpretation of smart agriculture

Interpretation 1

Smart agriculture uses information technology to manage agricultural production regularly and quantitatively, based on agricultural products (including grain, fruits and meat). etc.) to rationally allocate resources according to the growth conditions to achieve efficient, low-consumption, high-quality and environmentally friendly agricultural production, such as Okemei’s Yitian Helper.

Interpretation 2

Smart agriculture is to apply Internet of Things technology to traditional agriculture, using sensors and software to control agricultural production through mobile platforms or computer platforms, making traditional agriculture more efficient. Have "wisdom". In addition to precise perception, control and decision-making management, in a broad sense, smart agriculture also includes agricultural e-commerce, food traceability and anti-counterfeiting, agricultural leisure tourism, agricultural information services, etc.

Interpretation 3

"Smart agriculture" is an agricultural production method that integrates Internet, mobile Internet, cloud computing and Internet of Things technologies. It is combined with scientific management systems to allow A variety of information technologies are used comprehensively and comprehensively in agriculture. In Shanghai, Shandong, Zhejiang and other provinces and cities, "smart agriculture" has now entered the stages of knowledge processing, automatic control development and network technology application, penetrating into all aspects of agriculture.

Interpretation 4

Smart agriculture, in the final analysis, is to make your agricultural production, processing, marketing, etc. more "smart". In simple terms, it means farming smarter and being smarter. Do breeding.

Ten trends in smart agriculture

Trend 1: Low cost

A set of smart agricultural equipment costs at least hundreds of thousands or millions. A farmer's annual income may only be this little money. Therefore, low-cost smart agricultural equipment will become the favorite of more farmers. In other words, low cost will be one of the trends in smart agriculture.

Trend 2: Simple operation

Farmers who are engaged in traditional agriculture feel dizzy when they hear about the Internet and computers, and even think to themselves: I haven’t graduated from junior high school yet, let me If you go to operate a computer or a computer, aren't you trying to make people miserable?

As we all know, the foundation of smart agriculture is to serve agriculture and farmers, rather than making farmers feel troublesome. Therefore, smart devices that are easy to operate, easy to learn, and require no brain use will be popular in rural areas - this is Isn’t it an inevitable trend for the development of smart agriculture?

Trend 3: Experts will participate in production

Experts will participate in production. This is a major change that smart agriculture brings to traditional agriculture. Whether experts are in the office or not, their knowledge and wisdom are worth referring to.

Farmer friends can send the questions they don’t understand and the problems encountered in the planting and breeding process to the experts through live broadcast, and let the experts help us analyze them. But you still have to rely on yourself for the results, and you can't trust the experts.

Trend 4: Enhanced collaboration

Smart agriculture will make the division of labor clearer. Farmers can just do their own thing and leave other things to the experts - of course, collaboration and feedback here will be more frequent.

Trend 5: Visualization is the mainstream

Nowadays, consumers want to buy reliable agricultural products. This "reassurance" includes knowing whether these vegetables have been treated with pesticides and how much pesticides have been used. Pesticides, and even learn about the "life experience" of this agricultural product through videos. Therefore, future agriculture or smart agriculture will be indispensable for the trend of visualization.

Trend 6: Vertical smart agriculture has become the development direction

Everything depends on segmentation, and the same goes for smart agriculture. With development, more vertical industries of smart agriculture will branch out in the future. Smart agriculture will serve agriculture, rural areas, and farmers more accurately.

Trend Seven: Integrated Smart Agriculture

This era is all about integration and cross-border. It seems that if you don’t integrate each other, you won’t be able to survive. If you don’t play a cross-border I am too embarrassed to live in this world - this sounds like "nonsense", but it actually has its truth.

Because it is undeniable that the depth and breadth of smart agriculture will have the shadow of other industries, such as urban smart agriculture and tourism agriculture, so the development of smart agriculture is indispensable for the word "integration".

Trend 8: Smart agriculture for marketing

Smart devices that can help sell products are the most popular devices. Smart agriculture is to liberate productivity and improve efficiency, so that products can be sold faster and farmers can get rich faster. This is the foundation of the development of smart agriculture.

Trend 9: There are more and more laymen

Smart agriculture is inherently a high-tech and highly intelligent industry. It is difficult to make efficient use of smart agriculture without studying for several years. Nowadays, those engaged in smart agriculture in our country are technology companies and IT elites. These "elite new farmers" have left the countryside for many years, but it is precisely these people who can design smart devices that suit the farmers.

Trend 10: Smart agriculture will eventually be surpassed

Transcendence is the future of smart agriculture. Traditional agriculture, mechanized agriculture, smart agriculture, what kind of agriculture is next? As land resources and other resources become more and more scarce, planting and breeding will not only be carried out on the earth, but people will also carry out agricultural production in space and other planets. Perhaps, in the future, smart agriculture will be replaced by advanced technologies such as space agriculture and biological agriculture.

From traditional to modern agriculture, it will eventually develop into a smart agriculture stage that uses the Internet of Things, cloud computing, and precision technology to achieve optimal resource utilization and minimum cost investment, and achieve crop production, transportation and sales. Intelligent management - this takes a long time. What we have to do now is to use smart agriculture to do the current things well, protect the environment, eliminate pollution, let smart agriculture light up cities and life, and let our children and grandchildren still rely on this earth to live.