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Oli robots get up, go out, build themselves, and operate synchronously without humans.
Imagine a warehouse, a row of ordinary shipping containers, and not a single engineer nearby. The doors open, and from the inside, full-size humanoid robots take turns getting to their feet, carefully step outside without colliding with each other, line up in a column and synchronously perform a short "program" as a command. The Chinese company LimX Dynamics showed just such a scene and stated that this is an important step towards the mass and practical deployment of humanoids.
In a video published this week, 18 robots of the Oli model autonomously "come to life" right inside the transport boxes: each independently rises, straightens to its full height and begins walking on two legs without human assistance. The space is cramped, but the robots navigate so as not to touch each other, exit the containers and move forward in a coordinated formation, after which they perform synchronized movement. LimX calls this the world's first practical demonstration of the autonomous deployment of a group of humanoid robots.
The point of such a show is not "dancing", but that it resembles a scenario of real logistics and implementation: robots were brought in, put in standard transport modules, doors were opened, and then they act on their own. According to the company's idea, this is how humanoid teams can be launched and managed in production in the future, when it is necessary to quickly deploy a "shift" of robots in a new location or redistribute them between sites.
LimX has previously shown Oli's capabilities individually: moving on uneven surfaces, overcoming blockages, and balancing on one leg. In these demonstrations, the emphasis was on steady gait and balance, which were achieved through movement training methods, including reinforcement. The new demonstration differs in that it is not a single "athlete" that comes to the fore, but the coordinated work of many machines at once.
The key element in the company is called LimX COSA, which was introduced last week. This is an operating system for humanoid robots, which should provide autonomous perception, "thinking about" the situation and movement in a real environment. In the video, a group of 18 Oli works specifically under the control of COSA: the system acts as a single software framework that helps robots make decisions, plan movements, and manage their bodies in a coordinated manner.
LimX explains the COSA idea by saying that in conventional robotics, perception, planning, and motion control are often arranged as separate units. In predictable conditions, this works, but in the real world, where everything changes on the move, such architectures often react more slowly and "fall apart" on the unexpected. At COSA, the company relies on a tighter bundle: high-level solutions should almost immediately turn into motor skills commands, so that planning and movement go almost simultaneously.
The role of memory is emphasized separately: the robot can store information about previously seen objects and surroundings and use this experience to better predict the next actions and correct behavior. During physical tasks like climbing stairs, the robot relies on sensors that continuously transmit data, and the system adjusts balance, posture, and step in real time when conditions change.
Of course, just one video does not mean that humanoids will enter factory production lines in droves tomorrow. But the very setting up of the experiment shows where the industry is heading: from spectacular single tricks to the more mundane question of how to quickly and safely deploy groups of robots so that they work next to each other and do not require constant "manual control." It is precisely this task that LimX Dynamics is trying to present as the next frontier for humanoid robotics.
Imagine a warehouse, a row of ordinary shipping containers, and not a single engineer nearby. The doors open, and from the inside, full-size humanoid robots take turns getting to their feet, carefully step outside without colliding with each other, line up in a column and synchronously perform a short "program" as a command. The Chinese company LimX Dynamics showed just such a scene and stated that this is an important step towards the mass and practical deployment of humanoids.
In a video published this week, 18 robots of the Oli model autonomously "come to life" right inside the transport boxes: each independently rises, straightens to its full height and begins walking on two legs without human assistance. The space is cramped, but the robots navigate so as not to touch each other, exit the containers and move forward in a coordinated formation, after which they perform synchronized movement. LimX calls this the world's first practical demonstration of the autonomous deployment of a group of humanoid robots.
The point of such a show is not "dancing", but that it resembles a scenario of real logistics and implementation: robots were brought in, put in standard transport modules, doors were opened, and then they act on their own. According to the company's idea, this is how humanoid teams can be launched and managed in production in the future, when it is necessary to quickly deploy a "shift" of robots in a new location or redistribute them between sites.
LimX has previously shown Oli's capabilities individually: moving on uneven surfaces, overcoming blockages, and balancing on one leg. In these demonstrations, the emphasis was on steady gait and balance, which were achieved through movement training methods, including reinforcement. The new demonstration differs in that it is not a single "athlete" that comes to the fore, but the coordinated work of many machines at once.
The key element in the company is called LimX COSA, which was introduced last week. This is an operating system for humanoid robots, which should provide autonomous perception, "thinking about" the situation and movement in a real environment. In the video, a group of 18 Oli works specifically under the control of COSA: the system acts as a single software framework that helps robots make decisions, plan movements, and manage their bodies in a coordinated manner.
LimX explains the COSA idea by saying that in conventional robotics, perception, planning, and motion control are often arranged as separate units. In predictable conditions, this works, but in the real world, where everything changes on the move, such architectures often react more slowly and "fall apart" on the unexpected. At COSA, the company relies on a tighter bundle: high-level solutions should almost immediately turn into motor skills commands, so that planning and movement go almost simultaneously.
The role of memory is emphasized separately: the robot can store information about previously seen objects and surroundings and use this experience to better predict the next actions and correct behavior. During physical tasks like climbing stairs, the robot relies on sensors that continuously transmit data, and the system adjusts balance, posture, and step in real time when conditions change.
Of course, just one video does not mean that humanoids will enter factory production lines in droves tomorrow. But the very setting up of the experiment shows where the industry is heading: from spectacular single tricks to the more mundane question of how to quickly and safely deploy groups of robots so that they work next to each other and do not require constant "manual control." It is precisely this task that LimX Dynamics is trying to present as the next frontier for humanoid robotics.
