2025 WAIC | The multi - machine intelligent group of independent variable robots makes its debut, capable of making intangible cultural heritage sachets and doing housework.

On July 26, the 2025 World Artificial Intelligence Conference (WAIC) officially opened. At this global top - tier AI event, Independent Variable Robotics presented its general robots based on the self - developed end - to - end embodied intelligence large model at Hall H3 in the Intelligent Terminal Exhibition Area.

Say goodbye to single - point instructions and achieve true autonomy! At the 2025 WAIC site, the robots "Xiaobai" and "Xiaoliang" formed a multi - robot intelligent group. Facing the dynamic changes in the open environment of the exhibition site, they autonomously planned and completed a whole set of long - sequence complex tasks.

Separately, they can complete household chores and make sachets. Together, they can relay to replenish sachets, ensuring all - day fine and practical skill demonstrations for the on - site audience!

Inheritance of Intangible Cultural Heritage: Robots Make Personalized Sachets for Audiences

Based on the self - developed general embodied large model WALL - A of Independent Variable Robotics, the robot "Xiaoliang" learned to make sachets autonomously in just a few days. Whether dealing with the complex surrounding sound and light environment or facing the moving crowd, it has extremely strong anti - interference ability. It can also make personalized sachets according to the audience's preferences and autonomously pick up the corresponding color sachet bags and fragrant inner liners.

To attend this AI event, Independent Variable Robotics specially prepared robot - shaped badges printed with the official logo of the conference. In the last step, "Xiaoliang" pastes the badge on the surface of the sachet. After the whole - process production is completed, it can accurately hand the sachet to the audience's hand following the movement of the audience's palm immediately. This random interaction also adds a lot of fun to the collection of intangible cultural heritage sachets~

When the sachet materials on the operating table are used up, "Xiaoliang" autonomously steps back, rotates, stands still, and smoothly places the empty material basket on the storage rack. Then it turns around and goes to the replenishment station next to it, moving the material basket brought by another robot "Xiaobai" from the household chore area to the sachet operating table.

Household Chore Organization: Clean Up Garbage and Put Away Dirty Clothes While Moving

When a simple voice command is issued to the robot: "Xiaobai, the living room is a bit messy. Please tidy it up!" The robot "Xiaobai" in the household chore area can move autonomously in the entire living room environment. Without any prior modeling of the surrounding environment, through the semantic navigation function and relying on the real - time situation seen by its visual system, it can operate accurately while moving.

It can pick up all kinds of garbage on the ground, such as paper balls, empty beverage bottles, and plastic bags, ensuring that all the garbage is cleaned up and thrown into the trash can. After the ground is clean, it turns and moves to the nearby sofa, putting away the clothes stacked in any position and state on the sofa into the dirty clothes basket.

This not only requires the robot to have strong reasoning ability to achieve accurate classification and organization but also to be able to generalize and grasp items of any shape and position. Through the WALL - A model, the robot "Xiaobai" shows strong generalization and adaptation ability in home services.

After completing the household chore organization, the robot "Xiaobai" will also replenish the sachet materials according to the voice command. It precisely places several different sachet materials stored on the shelf on the replenishment station, waiting for the robot "Xiaoliang" to come for "relay transfer".

Self - developed Wheeled Bipedal Humanoid Robot Makes Its Debut

In addition, the self - developed wheeled bipedal humanoid robot "Quantum No. 2" of Independent Variable Robotics made its debut. It features a wheeled chassis and a humanoid 7 - degree - of - freedom arm design, with up to 62 degrees of freedom throughout the body. It operates flexibly and can reach a working space of 0 - 2m. Equipped with the company's self - developed end - to - end embodied base large model WALL - A, it has a powerful general brain and strong hardware - software collaboration ability. Quantum No. 2 can already complete various complex action demonstrations.

At the exhibition booth, the self - developed general wheeled bipedal robots "Xiaobai" and "Xiaoliang" of Independent Variable Robotics have clear division of labor and precise cooperation. Behind this is the breakthrough combination of multi - robot collaborative intelligence and long - sequence autonomous decision - making ability. Robots are no longer passive execution tools but intelligent agents capable of active thinking and collaborative operations, attracting a large number of on - site audiences to stop and watch.

This is also extremely rare at the 2025 WAIC site: robots complete a whole set of long - sequence complex operations through the model and truly achieve autonomous perception, decision - making, and high - precision operation in an open and random environment. Independent Variable Robotics will continue to build an ecosystem with upstream and downstream industrial partners, leading the large - scale implementation and practical application of embodied intelligence, setting sail for a broad future from every real - world demonstration at present.