Major funding for AgriRobot

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AgriRobot, an agritech company developing safety software for autonomous agricultural robots, successfully closed its latest funding round. The investment brings the capital raised by the Danish innovator to more than EUR 2,5 Million. The funding will fuel AgriRobot’s mission to develop safe and efficient autonomous agricultural operations.

AgriRobot is developing certifiable software that eliminates the need for human operators to monitor robots in the field. Leveraging advanced technology from self-driving cars and last-mile delivery robots, AgriRobot’s software ensures the safety of autonomous tractors and robots.

The round was led by Norminal Ventures with participation from Tall Grass Ventures. The funds will be used to accelerate the development of their safety software while they continue to raise additional capital. 

“We are excited to announce this significant milestone for AgriRobot,” said Tommy Ertbølle Madsen, CEO at AgriRobot. “This first close of our investment round will enable us to accelerate the development and deployment of our software, helping farmers worldwide achieve safe and sustainable agricultural practices.”

“By addressing critical safety challenges, AgriRobot’s software empowers farmers to increase efficiency, reduce labor costs, and enhance crop quality while minimizing risks,” said Chris Edwards, Managing Partner at Tall Grass Ventures. “With a highly technical and knowledgeable team, we are excited to watch as they bring functional safety to autonomous agricultural operations.”

AgriRobot’s software is designed to be modular and easily scalable, allowing for integration with various autonomous agricultural systems. With a strong focus on safety compliance, AgriRobot is committed to providing equipment manufacturers with reliable and trustworthy solutions.

Founded in 2021 by a team with deep expertise in advanced robotics, agricultural compliance and functional safety analysis, AgriRobot is developing leading safety solutions for OEMs to enable the transition from semi to fully autonomous operations.

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