31 July 2025 | News
Image Courtesy: Public Domain
4AG Robotics, a leading Canadian ag-tech company specializing in robotic mushroom harvesting, today announced the successful closing of a $29 million USD (CAD 40 million) Series B funding round. The investment will accelerate the company’s mission to automate labor-intensive agricultural tasks and expand its market presence globally.
The round was co-led by Astanor Ventures and Cibus Capital, with strong participation from existing and new investors including Voyager Capital, BDC Industrial Innovation Venture Fund, Emmertech, InBC, Stray Dog Capital, and the Jim Richardson Family Office.
“This funding marks a significant milestone in our journey to transform the mushroom farming industry,” said Sean O’Connor, CEO of 4AG Robotics. “In just over two years, we’ve evolved from piloting early prototypes to receiving orders for more than 40 additional robots. With this capital, we’re focused on scaling production and delivering a new standard of automation to mushroom farms around the world.”
4AG Robotics' autonomous harvesting robots use advanced computer vision and soft-touch suction grippers to identify, harvest, and package mushrooms with precision and care. Designed to integrate seamlessly into existing farm infrastructure, the technology helps growers reduce labor dependency, improve yield, and enhance product quality.
Currently operating in Canada, Ireland, and Australia, the company plans to expand into the United States and the Netherlands in the coming months. The newly raised funds will be used to expand its manufacturing capabilities, invest in customer support infrastructure, and further refine its robotic systems.
“This is not just about solving a labor problem—it’s about building a more resilient, efficient, and sustainable food system,” said O’Connor. “Our robots can harvest mushrooms at the optimal moment, maximizing both yield and profitability for farmers.”
4AG Robotics will continue focusing on mushroom harvesting while exploring broader applications of its core technology for other delicate crops in the future.
