Agroz Inc., a pioneer in AI-powered controlled environment agriculture (CEA) vertical farming, has achieved a significant milestone with the successful cultivation of Japanese strawberries within its advanced systems. This breakthrough is a testament to the company’s commitment to expanding the scope of its agricultural technology, bringing scalable CEA vertical farming to a wider array of crops.
The Japanese strawberries are being grown using the Agroz Groz Wall system, a cutting-edge vertical farming solution. This system is powered by Agroz OS, an AI agent system that manages environmental variables and operational workflows within the farm. Additionally, Agroz Copilot for Farmers provides decision support and real-time insights to operators, ensuring optimal growing conditions and data-driven decision-making.
Gerard Lim, Chief Executive Officer of Agroz, expressed his enthusiasm about this achievement, stating, “This breakthrough marks a significant milestone on our mission to bring scalable CEA vertical farming to more and more agricultural products.” The company plans to commence local distribution in Malaysia by the end of the second quarter of 2026, with plans to expand to major retailers across Southeast Asia, the Gulf Cooperation Council (GCC) region, and other international markets.
Japanese strawberries are renowned for their superior flavor, aroma, and consistency. By producing these premium fruits in a controlled environment, Agroz is not only expanding its crop portfolio but also reinforcing its strategy of focusing on high-value crops. This move is expected to enhance the company’s competitive position in the global agricultural technology market.
The new production capability is further bolstered by Agroz Robotics, an initiative aimed at integrating AI humanoid robots, known as the Walker S, into the vertical farms. These robots will assist in monitoring and managing farm operations, with the goal of increasing productivity, reducing labor requirements, and ensuring consistent crop quality. Lim emphasized the importance of such innovations, stating, “We believe innovations such as this will be the key to success for future farming.”
The technology stack supporting Agroz’s CEA expansion, including Agroz OS and Agroz Copilot for Farmers, enables the replication of specialized growing conditions required for premium crops like Japanese strawberries, regardless of geographic location. This capability is crucial for meeting the growing global demand for high-quality, sustainably produced agricultural products.
In conclusion, Agroz’s successful cultivation of Japanese strawberries within its CEA vertical farming systems represents a significant step forward in the company’s mission to revolutionize agriculture through technology and innovation. As the company prepares for the commercial rollout of these premium strawberries, it is poised to make a substantial impact on the global agricultural landscape.