Zordi :: Autonomous Harvesting Solutions for High-Value Specialty Crops, Particularly Strawberries

Zordi is an American robotics company specializing in autonomous harvesting solutions for high-value specialty crops, particularly strawberries. Founded in 2019 and headquartered in San Luis Obispo, California, the company develops advanced robotic systems designed to address the growing labor shortages in agriculture while improving harvest quality and efficiency.

Zordi’s flagship product is an autonomous strawberry harvesting robot that uses a combination of advanced computer vision, artificial intelligence, and custom-designed robotic arms to identify, pick, and gently place ripe strawberries without damaging the fruit or the plant. The system is capable of 24/7 operation and is designed to integrate seamlessly into existing strawberry farming operations with minimal infrastructure changes. The robots use proprietary “gentle-touch” end-effectors and high-precision localization algorithms that allow them to harvest at commercial speeds while maintaining the cosmetic quality demanded by fresh-market strawberry distribution.

Beyond strawberries, Zordi is expanding its technology platform to other delicate crops that have traditionally been extremely difficult to automate, such as raspberries, blueberries, and certain greenhouse vegetables. The company’s approach emphasizes not only labor replacement but also data collection — each robot gathers detailed information on plant health, yield patterns, and ripeness distribution that growers can use to optimize their farming practices.

Zordi has raised funding from notable agricultural and deep-tech investors and has been conducting commercial pilot programs with large strawberry growers in California and Florida. The company positions itself at the intersection of robotics, AI, and precision agriculture, aiming to create sustainable solutions that reduce dependency on seasonal migrant labor while increasing overall farm productivity and reducing food waste caused by inconsistent manual harvesting.

With a strong focus on practical deployment rather than laboratory concepts, Zordi’s robots are built to withstand real-world field conditions, including dust, moisture, and varying terrain. Their systems are designed for easy transport between fields and feature remote monitoring capabilities so that farm managers can oversee multiple robots from a central location.