Digital Facility Agriculture Solution
Inspur’s digital facility agriculture solution empowers agricultural production via modern information technology, biotechnology, and engineering equipment technology to continuously improve the efficiency, sustainability, and profitability of agricultural production.
With the advancement of science and technology and the impact of global climate change, traditional agriculture is challenged by scarcity of resources, labor shortage, low production efficiency, and many other difficulties. The digital facility agriculture solution provides comprehensive intelligent support for agricultural production by introducing the IoT, big data, and other technical means, and helps farmers and enterprises achieve the digital transformation of agricultural production.
Based on the IoT, big data, artificial intelligence, and other technical means, the digital facility agriculture solution collects data about soil, meteorology, and crop growth in real time through the deployment of various agricultural sensors, drones, and other equipment and transmits the data to the cloud platform for storage and analysis via the IoT. The data is mined and processed via big data and artificial intelligence technologies, providing accurate management and decision-making support for agricultural production, so as to improve the efficiency, sustainability, and profitability of agricultural production and consequently help farmers and businesses achieve the digital transformation of agricultural production.
The solution has brought significant benefits to farmers and businesses. Through real-time monitoring and analysis of various data in the agricultural production process, it not only improves the efficiency and yield of agricultural production, but also significantly improves the quality of agricultural products, making them better prepared to meet market demand. Meanwhile, it also effectively saves agricultural resources, reduces inputs such as fertilizers and pesticides, relieves the pressure of agricultural production on the environment, and meets the requirements for sustainable development. In addition, it increases the resilience of agricultural producers and reduces losses caused by force majeure factors such as natural disasters. Ultimately, these combined effects have jointly boosted the farmers' income, improved their living standards, and further stimulated their motivation to participate in the digital transformation of agriculture.
