As the construction of smart cities continues to deepen, Hangzhou has ushered in new practices in the field of urban public services. KUSA Technology's self-developed unmanned cleaning robot cluster has been deployed in Yuhang, Xihu and Qiantang districts, and all of them have been awarded the Hangzhou Autopilot Equipment Licence, marking the unmanned cleaning in Hangzhou has entered into a large-scale stage, which also reflects the city's continuous exploration and progress in intelligent governance.
In Hangzhou, road sweeping is not just "clean" so simple, the city's open roads are densely populated, frequent traffic, unmanned sweeping robots really "into" such a scene, not only to have a stable operating capacity, but also to meet the strict compliance requirements. Requirements. According to the "Hangzhou Intelligent Networked Vehicle Testing and Application Promotion Regulations" requirements, automatic driving equipment on the road before the need to pass a full set of tests covering traffic light recognition, obstacle avoidance, pedestrian and vehicle mixed traffic and emergency risk disposal and other typical scenarios.
This is a direct verification of the technical strength of unmanned cleaning robots. KUSA Technology's unmanned cleaning robot is equipped with a visual AI-based multimodal perception system. On the road, it can identify signal light changes and accurately judge the timing of passage; in the face of obstacles, it can adjust its route in real time to ensure that the operation is not interrupted; in the face of emergencies, it can follow the "principle of minimal risk" and always place safety at the forefront. In the face of unexpected situations, it can follow the "minimum risk principle" and always put safety in the first place.
At the operation level, the robot is connected to the intelligent cloud control platform to achieve unified scheduling and data management. The operation data is transmitted back to the cloud in real time, forming a quantifiable quality assessment and operation and maintenance basis, and providing scientific decision-making support for managers. Through the deep combination of technological capability and actual operation, unmanned cleaning is no longer a "demonstrative pilot", but really becomes a daily force that can be relied on and operated continuously in the urban sanitation system.
The fact that KUSA Technology has been awarded the Hangzhou Autonomous Driving Equipment Licence is not only an affirmation of its technological strength, but also a demonstration of Hangzhou's foresight in promoting the application of intelligent sanitation and the practice of open roads. With several robots being put into daily operation in Yuhang, Xihu and Qiantang districts, they have moved from technology demonstration to real-life scenarios of urban sanitation, effectively improving the efficiency of sweeping operations and bringing a smarter mode of operation to public services.
Relying on rich engineering experience and scale practice, KUSA Technology's self-developed unmanned sweeping robots have been put into operation in more than 30 cities at home and abroad, covering a variety of open scenarios such as urban roads, parks/scenic spots, parks/campuses, ports, squares and airports/high-speed railway stations, etc. In the continuous validation of various environments, the stability and adaptability of the equipment have been continuously improved, resulting in a sustainable The stability and adaptability of the equipment has been continuously improved in various environments, resulting in a sustainable urban cleaning solution.
For KUSA Technology, the successful implementation and licensing in Hangzhou is not only a milestone, but also a new starting point. In the future, KUSA Technology will continue to expand the application of unmanned sweeping in more cities and more complex scenarios, to promote the transformation and upgrading of the sanitation operation mode through large-scale deployment, and to inject a strong impetus for the development of new productivity in the industry.
