Pioneering in the field of precision agriculture by integrating agricultural science, biotechnology, digital technologies, and automation, with a focus on developing two key models:
- Unmanned Farming: Applying AI, IoT, sensors, UAVs, robotics, and Digital Twin technology to monitor, manage, and automate agricultural production activities, from land preparation, sowing and planting, irrigation, fertilization, and pest and disease control to harvesting.
- Gene-Edited Crops: Researching and developing crop varieties such as rice, corn, and fruit crops (banana, dragon fruit, passion fruit, and papaya), with enhanced resistance to diseases and greater tolerance to drought, salinity intrusion, and high temperatures.
Supported by automated farm monitoring and management systems, these solutions aim to improve productivity and agricultural product quality, reduce production costs, and strengthen resilience to climate change.
