Automated Tree Inventory Solution
for identifying trees’ illness and risks in branch failure
Video from Research Projects carried by Hadi and Qiguan (our co-founders) funded by DFG ( RTG-UGI / UGS4.0 ) © gtla* TUM
Darbots, initiated in 2023, is a visionary startup delivering innovative, cost-effective solutions for urban tree inventory and inspection. Our mission is to harness the power of technology to improve the quality of life and strengthen the connection between people and nature. By integrating cutting-edge tools like computer vision and machine learning, our team has developed precise methods for measuring tree growth and assessing their health in urban environments. At Darbots, we’re bridging the gap between scientific research and industry by providing accessible, scalable solutions that promote the widespread inventory and inspection of urban trees. Our technology ensures tree safety, predicts potential hazards such as falling branches, and helps cities better manage green spaces even in the face of extreme weather. Join us on our mission to reshape urban landscapes for a greener, healthier future. Together, we’re cultivating tomorrow’s sustainable cities.
Maintaining the health and safety of urban trees is no simple task. Effective tree care and risk management require time, expertise, and a deep understanding of tree biology. However, the shortage of skilled arborists and limited time to thoroughly inspect all urban trees make the job even more difficult. As a result, many trees go without the frequent, detailed inspections they need, increasing the risks posed by compromised health or potential hazards.
By leveraging LiDAR scanners and cameras, each tree can be precisely scanned in a time-efficient and cost-effective manner. Our AI system then analyzes the data, identifying which branches and tree structures need attention, and creates a digital work plan. Darbots' tree management software prioritizes high-risk trees for immediate maintenance by arborists, ensuring that actions are taken where they are needed most. This streamlined process is not only faster and safer than traditional methods but also more affordable, paving the way for greener, safer, and more sustainable cities.
Academic Advisor:
Prof. Dr. Ferdinand Ludwig - Green Technologies & Baubotanik - ferdinand.ludwig@tum.de