By 2050, the global population is expected to reach 9.5-10.5 billion, and food demand will face tremendous pressure. In recent years, extreme weather caused by climate change has become severe. In addition, the population engaged in agricultural work has declined, and agricultural productivity is facing challenges.

Smart agriculture integrates the Internet of Things, information communications, big data, cloud computing, block chain and other technologies, relying on various sensor in the agricultural production environment. Realize intelligent perception, intelligent early warning, intelligent decision-making, and intelligent analysis of the agricultural production environment.

Smart agriculture can optimize the allocation of agricultural resources such as seeds, fertilizers, pesticides, manpower, and equipment. Reduce agricultural equipment consumption and maintenance costs, and reduce operating costs, thereby efficiently producing safe and traceable agricultural products.

MFrontier temperature, gas, dust, and flow sensors can be widely used in precision agriculture, smart irrigation, soil monitoring systems, harvest monitoring, agricultural drones, smart greenhouses, precision feeding, and agricultural management systems. Promote the rapid development of smart agriculture.