Humanoid robots are capturing the fascination of citizens as they assist police patrols on the streets of Shenzhen, Guangdong province, China. Recently implemented, these robots have quickly drawn attention, actively interacting with onlookers and enhancing the overall security presence.
Showcasing the PM01 model, which was launched on December 24, 2024, these robots stand at 1.38 meters tall, weigh 40 kg, and cost 88,000 Chinese yuan (over 300 million VND) each. With their sleek designs and vibrant police attire, the robots have been spotted engaging the community, shaking hands, and waving to crowds, creating a lively atmosphere on the streets.
Videos circulating on social media highlight the PM01's amiable interactions, with moments of the robot following police officers and enthusiastically greeting members of the public. The robots employ advanced reinforcement learning algorithms for natural movement, reminiscent of how humans walk. Their advanced technology allows them to perform complex maneuvers, including somersaults.
Designed by EngineAI, a Shenzhen-based startup founded in 2023, the PM01 models are equipped with powerful chips and diverse sensors. Among these is the LiDAR system, which utilizes laser beams to measure distances and map surrounding environments accurately. Currently, these humanoid robots function under limited deployment within Shenzhen's police force but have already proven instrumental in helping officers manage their patrol duties, thereby easing their workloads.
Adding to the trend of robo-patrols, recent headlines have emerged from Lian Yun Gang, Jiangsu province, where wheeled patrol robots have effectively assisted police. One particularly noteworthy incident involved a patrol robot aiding the reunion of a lost 3-year-old child with their family, drawing significant social media attention as the touching story spread through platforms like YouTube.
Public interest has surged not just for the PM01 patrols but for the potential future of humanoid robots entirely. Comments across various social media platforms showcase the excitement among users, with one remarking, "This is the first robot from China capable of walking upright like humans," reflecting newfound admiration for robotic technology. Another user pointed out, "If they can replace domestic helpers at affordable prices, we will enter a new era of humanoid robots," emphasizing the potential domestic applications of such inventions.
Meanwhile, the aesthetic design of the PM01—complete with LED strips resembling RoboCop’s visual flair—has invoked nostalgia among movie enthusiasts. Citizens are eager to see more advanced technologies integrated effectively within daily life, sparking numerous conversations surrounding the future of robotic innovation.
Already, robots have showcased their capabilities beyond basic interactions. For example, at the end of 2024, the RT-G spherical robot gained attention for its modern functionality. This robot can operate not just on land but also underwater, illustrating the growing versatility and deployment breadth among robotics. According to Professor Wang You, who led the development team at Zhejiang University, the RT-G model weighs 125 kg and can reach speeds up to 35 km/h. This introduction signifies a broader interest in dynamic robotic roles within public and private sectors.
While the PM01 remains primarily within police patrol duties, its presence highlights the growing demand for robotics in various fields—from security enforcement to domestic assistance. Many people are actively discussing the possibilities, underlining the need for affordable, humanoid robotic solutions for home needs. The integration of such technology hints at exciting futures where robotics could greatly impact everyday tasks and roles traditionally held by humans.
Robotics development is undoubtedly progressing, with public enthusiasm serving as fuel for future innovations. Just as the individuals crowding around these AI-driven patrols demonstrate, there’s both intrigue and optimism about what lies ahead for robotic technology within society. What remains to be seen is how quickly such innovations will transition from awe-inspiring instances to common parts of daily life.