EVE Clever is a next-generation smart agriculture automation solution developed by Sungho SI Corporation. It is an AI decision-making-based agricultural harvesting robot designed to address issues related to an aging population and labor shortages. This intelligent, multifunctional agricultural machine integrates cutting-edge technologies such as image-based crop growth analysis, AI decision-making algorithms, robotic arm control, autonomous driving platforms, and cloud-connected data recording systems.

While conventional harvesting robots simply recognize fruit and mechanically harvest it, EVE Clever comprehensively analyzes crop growth and condition, determines whether harvesting is appropriate, and then carries out harvesting at the optimal time and location. This active decision-making ability helps prevent inefficient or unnecessary harvesting and significantly improves the quality of the harvest.

EVE Clever uses a high-precision Realsense sensor camera to collect video data on crop growth conditions. It then employs AI algorithms to analyze growth metrics in real-time, including leaf length and width, plant height, growth points, and the size and color of fruit. Using object detection and image segmentation technologies, it identifies only fully ripened fruit for harvesting. It also analyzes diseases, pests, runners, and other growth-inhibiting factors. All analytical data is processed by the robot’s internal AI controller, enabling the robotic arm to move to the proper position, harvest fruit without damage, and place it safely in a collection basket.

The robot navigates via an autonomous AGV platform optimized for narrow high-bed greenhouse structures, incorporating obstacle avoidance and precision control technologies. It is also designed to be adaptable to rail-type or track-type platforms for future use in open-field environments, allowing it to be flexibly applied across various farming conditions and layouts.

EVE Clever offers more than just harvesting functionality. It includes a digital agriculture notebook feature that stores growth, environmental, weather, and nutrient data in real time via cloud integration. This allows farm operators to remotely monitor farm conditions, control the robot, and use the accumulated data for strategic agricultural management or R&D.

Technologically, EVE Clever is a product that combines proprietary innovations such as AI-based object recognition (YOLO-based), automated harvest control logic, multi-joint robotic arm operation, real-time decision-making using edge computing, and a cloud-connected platform. All of these technologies have been developed in-house or secured through technology transfer and are manufactured through domestic production lines. The integrated solution of image-based crop analysis and harvest decision algorithms distinguishes EVE Clever from similar domestic and international products.

EVE Clever can be applied to major fruit and vegetable crops such as strawberries, tomatoes, cucumbers, and bell peppers. It is already being introduced in smart farm test beds, pilot farms, public testing institutions, and agricultural education centers. Thanks to its flexible structural design, it can also be deployed in open-field farms and export-oriented high-temperature greenhouses in the future. It has already completed pilot programs at domestic smart farm innovation valleys and glass greenhouse test sites and has attracted significant attention from domestic and international buyers and institutions at global exhibitions such as CES, MWC, IFA, and J-Agri Tokyo.

EVE Clever is a product equipped with the technology to realize "intelligent harvest automation" demanded by the era of advanced smart agriculture. It offers real value to farmers through reduced harvesting labor, increased productivity, improved farm management efficiency, and the accumulation and utilization of crop data. Furthermore, the product has potential to expand beyond a simple piece of equipment into a data-driven agricultural platform. With integration of future features such as weather/environment-based irrigation automation, disease prediction, growth modeling, and yield forecasting, it has the potential to evolve into a comprehensive smart farming system.

With its technological capabilities and superior structural design, EVE Clever is set to expand not only in Korea but also into high-demand smart agriculture markets in the Middle East, Southeast Asia, and Europe. In particular, for countries where food security and labor shortages are urgent issues, EVE Clever is expected to serve as a strategic entry point into smart agriculture.