Key Takeaways
- Saudi Arabia and South Korea launched a new smart agriculture project in Riyadh.
- The initiative combines AI, IoT, and vertical farming to address food production challenges.
- The complex will focus on improving efficiency, reducing water use, and increasing crop yields.
- AI-powered robots and mobile farming systems are central to the project.
- The facility aims to contribute to the country’s agriculture goals for sustainability and food security.
Saudi Arabia Agriculture Enters New Phase with Smart Complex Launch
Saudi Arabia and South Korea have officially initiated a joint effort to boost modern farming with the launch of a smart agriculture complex in Riyadh. The development, first reported by Saudi Gazette, was marked by a groundbreaking ceremony attended by Mansour Al Mushaiti, Saudi Arabia’s Deputy Minister of Environment, Water and Agriculture, and Park Beom-su, South Korea’s Vice Minister of Agriculture, Food and Rural Affairs.
The new complex reflects Saudi Arabia agriculture ambitions to modernize its farming industry while enhancing food security and production capabilities. According to Al Mushaiti, the initiative is the result of combined efforts to push forward innovation and meet growing food demands in the region.
Smart Technologies at the Core of Saudi Arabia Agriculture Project
Located at the National Agricultural and Animal Resources Research Center, the new complex spans 4,000 square meters and integrates several advanced technologies. These include artificial intelligence (AI), Internet of Things (IoT), and vertical farming systems, all designed to improve resource efficiency and increase productivity.
The facility’s vertical farm will produce leafy greens, strawberries, and mushrooms using container farming methods. Meanwhile, a state-of-the-art greenhouse will focus on reducing water usage and optimizing fertilizer application to support sustainable farming.
AI and Robotics to Drive Efficiency and Support Farmers
A major part of the project’s innovation lies in its use of AI and robotics. AI will be used to regulate water use, analyze data, and recommend optimal crop strategies. The site will also include a mobile farming system capable of producing more than double the output of traditional greenhouses.
AI-powered robots will assist in tasks such as data collection and harvesting, helping to make operations more efficient and less labor-intensive. These technologies are expected to make a meaningful contribution to Saudi Arabia agriculture by enhancing crop quality and reducing resource waste.
