A video that circulated widely in late December 2025 showed a humanoid robot walking in formation with special police officers on a street in Shenzhen, China. The robot, a T800 built by the Shenzhen company EngineAI, kept pace with the officers through a routine patrol, and the footage was carried by Chinese state media including CGTN. It was not a trade show demonstration or a closed test. What struck many viewers was how ordinary the scene looked.
The patrol is one of several moments from the final weeks of 2025 that show humanoid robots, most of them built in China, moving out of research labs and into public spaces: on a city street, on a festival stage in India, and in an emerging rental market for events.
A robot on patrol
The T800 is a full-size bipedal robot that EngineAI has promoted in a series of videos showing kicks, martial arts movements and other dynamic motion. Earlier clips drew accusations online that the footage was computer-generated, and the company responded with a video in which its chief executive, wearing protective padding, took a kick from the robot and was knocked down. The message was deliberate: the machine can exert real physical force.
That capability is what makes the police patrol notable. Industrial robots have traditionally worked behind safety fences, and service robots move cautiously around people. A humanoid accompanying armed officers introduces a different proposition, a machine that can walk stairs, pass through doorways and move through crowds the way a person does. Supporters argue such robots could keep officers out of danger, pointing to the use of wheeled bomb-disposal robots in standoffs, including the 2016 case in Dallas in which police used one to end a shooting. Critics see the opposite risk: the normalization of machines that can physically intervene with people, justified step by step on grounds of efficiency and safety.
EngineAI raised a new funding round in late 2025 and has said it plans large-scale real-world deployments and scenario-based testing beginning in 2026. The company has not published details of its arrangement with Shenzhen police.
Unitree’s G1, from a kick to a dance
A separate viral clip involved the G1, a smaller humanoid made by Hangzhou-based Unitree. In the video an engineer wearing a motion-capture suit stands facing the robot, which mirrors his movements in real time. When he kicks, the robot kicks too, and because the two are facing each other the engineer is knocked to the floor. The robot carries on. Nothing malfunctioned; it did exactly what it was told, quickly and precisely. Motion capture is a routine part of training humanoid robots, and the clip illustrated how fast and strong the current generation has become.
Unitree has spent months demonstrating the G1’s agility. A video released in October 2025 showed the robot performing kicks, spins, punches and backflips, and the company said the footage was not sped up. The G1 stands a little over four feet tall and weighs about 77 pounds, and its base version sells for roughly $16,000, which has made it a common platform in university and corporate research labs. In November, Unitree showed a wheeled variant, the G1D, intended for data collection in industrial and service settings.
On December 23, a G1 took the stage at Techfest 2025 at the Indian Institute of Technology Bombay in Mumbai, where it performed a choreographed dance to a popular Bollywood track in front of a packed hall, keeping its balance under stage lights and loud music. The robot was presented by Bidyut Innovation, an Indian robotics firm. Videos of the performance spread across Indian social media within hours.
Robots for hire
In China, humanoid robots have also become something people rent. Shanghai-based AgiBot has launched a rental platform offering robots for weddings, exhibitions, corporate events and other occasions, and Unitree dancing robots and quadruped robot dogs are available for hire in dozens of cities. The market is small but growing quickly, according to Chinese industry reports.
What it adds up to
None of these events was a technical breakthrough on its own. Together they mark a change in where humanoid robots appear and who encounters them. The future that robotics companies have promised for years is not arriving with a single announcement. It is walking alongside police, dancing on a stage and available by the hour for a party, and the open question is how quickly the public comes to treat that as normal.
