Bio-Diversity-Aware Weeding RaaS
As a Spin-Off from the University of Bonn and with the support of Phenorob (Excellence Cluster in Germany), we developed BonnBot, a precise weed management platform that can also perform field monitoring. Driven by state-of-the-art crop monitoring approaches that can accurately locate and classify plants (weed and crop) we enable precision plant-level intervention in arable farms.
BonnBot is equipped with a novel arrangement of multi-head and independently controllable weeding tools mounted on linear actuators, enabling precise and bio-diversity-aware interventions with a proper speed of operation while serving the highest accuracy.
SERVICES
All-in-One
Weeding Solution
We offer a complete package for vegetable farmers to manage their farms with the help of Advanced Robotics and AI.
Scouting
Advanced data analytics for comprehensive field scouting and detailed reporting on weed presence and crop health.
Bio-diversity Aware
Takes Bio-diversity into weeding processes, actively protecting and encouraging ecological balance within the farming ecosystem.
Multi-Head Intervention
Features a high-speed and highly accurate multi-head weeding tool to tackle targets with Mechanical, Chemical, and Thermal nozzles.
Crop-Agnostic
Designed with versatile capabilities to accommodate a wide range of crops, and weeds. Featuring the most advanced AI and Computer vision Algorithms.
Per-Plant Diagnose
Offers tailored weeding strategies for each plant, ensuring precise and effective weed control (using the Multi-Head Action tool) while nurturing crop growth.
Organic and Non-Organic
Seamlessly deploy our technology to both organic and conventional farms without changing tools. Save time, and costs and enhance productivity across diverse farming practices.
Presenatation of Our Technology
At the Start-Up DynamoBot, we are building the next generation of precision farming and precision weed management for farmers. At the core of DynamoBot, we have a technology that is heavily based on robotics, artificial intelligence, and advanced computer vision systems. The design of our product encourages three different plant-level intervention types, all at the same time: mechanical, chemical, and electrical, which are all embedded in a multi-head and multi-axis system. This enables intervening with different plants, with different characteristics, all at the same time without the need for farmers to change the tools or change any other parameters in the system. Farmers could easily attach the tool behind any traktor or deploy it with an autonomous robotics system. The DynamoBot technology opens up new possibilities for targeted and biodiversity-aware weed management in both organic and conventional farming systems.
Our Contributions to Sustainable Development Goals (SDGs) alan
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