A rising technology company in Luohu district unveiled its new GE series high-rise facade intelligent cleaning system on April 23, marking a major step forward in the application of AI and robotics in urban maintenance.

As glass curtain walls have become a defining feature of modern architecture, the demand for safe and efficient cleaning has surged. Traditional manual high-altitude cleaning carries significant safety risks and high labor costs, prompting enterprises to accelerate innovation in the intelligent facade-cleaning market.

In recent years, the Luohu-based company has focused on the "AI + low-altitude economy" track, dedicating itself to the deep development of exterior-wall cleaning robots. It has successfully developed four obstacle-crossing robotic models: roller type, suction type, single-roller type and robotic-arm type. Together, they can meet the cleaning needs of more than 90 percent of building facades.

The newly launched GE series system integrates multiple cleaning devices working collaboratively, significantly improving adaptability to complex building surfaces and enhancing deep-cleaning performance. The system can reduce high-altitude cleaning costs to about two thirds of traditional manual operations. A strategic cooperation signing ceremony with core industry partners was also held at the launch event.

The company’s decision to establish itself in Luohu reflects confidence in the district’s strong industrial foundation and abundant application scenarios. Luohu is currently making an all-out push to develop its artificial intelligence industry, with 233 AI enterprises above designated size, including 11 national-level "little giant" companies, referring to highly specialized and innovative small and medium-sized firms with cutting-edge technologies and strong growth potential.

The district has also implemented 121 scenario-based projects across low-altitude logistics, urban governance and other fields, where L4 autonomous buses and driverless logistics vehicles have already become part of daily urban operations.