BridgeDP Debuts at 2026 INCLUSION Summit | 'Avatar' Evolves to Accelerate Robotic Mobility

The 2026 Inclusion · Bund Summit has come to a successful conclusion. BridgeDP made its appearance in the "Bringing AI to the Physical World" exhibition zone of the Science and Technology Pavilion, partnering with Voking Smart Technology (Shanghai) Co., Ltd. (the official strategic partner of the international motion capture brand Movella Xsens in China), to present a live demonstration of the "Avatar" universal motion tracker.

As a long-term developer of universal robot operating systems deeply rooted in robot "cerebellum" (motion control) technology, BridgeDP continues to drive bottom-layer motion control capabilities from algorithmic R&D to productization and large-scale applications. At this Bund Summit, "Avatar" not only demonstrated real-time full-body motion once again, but was also further integrated with the RoboCraft AI platform. Through standardized platform access and deployment processes, this allows universal motion tracking capabilities to be more easily applied in real-world scenarios such as commercial performances, cultural tourism, exhibition halls, and education.

From "a technology" to "a product", and then to "a set of rapidly deployable scenario capabilities", BridgeDP is further narrowing the gap between robot motion technology and real-world applications.

01

From "Understanding Actions" to "Executing Actions",

"Avatar" Realizes Motion Replication

At this Bund Summit, BridgeDP, in partnership with Voking Smart Technology (Shanghai) Co., Ltd., once again presented a live demonstration of the "Avatar" universal motion tracker, utilizing Xsens high-precision motion capture equipment.

Once the staff member puts on the motion capture equipment, their full-body movements are captured in real time and mapped onto the robot body through BridgeDP's self-developed universal motion tracker. Movements such as raising hands, turning around, dancing, and gymnastics can be rapidly translated into robot full-body motion, achieving real-time motion synchronization between humans and robots.

In the live demonstration, the audience could more intuitively experience that human actions are no longer just recorded and observed, but can become the input for robot actions, allowing operators to participate in robot control in a more natural way.

However, the real technical challenge of "Avatar" is not just to make the robot "follow the person", but to adapt the same set of motion control capabilities to different robot bodies.

Different brands and models of robots exhibit significant differences in size, joint configuration, and dynamic parameters. To address industry pain points such as single-model adaptation of motion control algorithms, insufficient dynamic adaptability, and difficulty in ensuring real-robot stability, BridgeDP has developed its own cross-body universal motion tracker based on long-term R&D in full-body motion control and extensive experience in real-robot deployment, achieving cross-model universal, low-latency, and highly robust full-body tracking effects.

A single set of actions can be rapidly migrated to robots of multiple brands and models, ensuring that motion capabilities are no longer "locked" to a single body. Behind this lies the core capabilities accumulated by BridgeDP's long-term deep cultivation of robot "cerebellum" (motion control) technology in robot motion control, motion mapping, and system connection.

02

From Technology Demonstration to Platform Capability,

"Avatar" Accelerates Productization

Compared to previous technology demonstrations, a more significant development of "Avatar" at this Bund Summit is its further progression towards productization and platformization.

BridgeDP is making the "Avatar" universal motion tracker capability available on RoboCraft AI, further standardizing processes such as equipment connection, algorithm configuration, and real-robot deployment that previously required professional R&D personnel.

Through RoboCraft AI, users can complete the one-click connection and deployment startup of the motion tracker, with support for the rapid integration of various robot models.

This means that "Avatar" is transitioning from a demo showcasing robot motion control technology to a standardized capability that users can directly call and rapidly deploy on different robots.

For robot rental providers, integrators, cultural tourism operators, and content teams, there is no longer a need to repeatedly develop full-body motion tracking solutions for each robot model. Instead, they can rapidly deploy capabilities to different robot bodies based on a unified platform process.

In June this year, BridgeDP officially released RoboCraft AI. The platform aggregates the underlying motion control technology, model algorithms, and Sim2Real engineering experience accumulated by the company during the R&D and deployment of over 60 different robot models in the past, further refining complex robot motion development processes into a standardized software toolchain.

It can rapidly develop commercial applications for mature mass-produced bodies from manufacturers like Unitree, Agibot, Kepler, and Astribot; it can also provide URDF verification, hardware safety checks, and automated parameter tuning for completely new self-developed models, helping robot body manufacturers rapidly build complete and reliable basic motion control systems, thereby lowering the barrier to entry for motion development in the industry.

From motion creation, application orchestration, and real-robot deployment, to the further platformization of motion capabilities like "Avatar", RoboCraft AI is becoming an important vehicle for BridgeDP to transform underlying motion control technology into reusable product capabilities.

03

From Robot "Cerebellum",

Towards a Universal Robot Operating System

Motion is one of the most fundamental capabilities for robots to enter the physical world. Starting from the robot "cerebellum" (motion control), BridgeDP has deeply cultivated full-body motion control technology, continuously validating cross-body and cross-configuration universal capabilities through the R&D and deployment of over 60 different robot models.

But motion control is not the destination. BridgeDP has long been committed to building a universal robot operating system.

From cross-body universal motion controllers to RoboCraft AI, and further to the productized "Avatar" universal motion tracker, BridgeDP is constantly refining its underlying algorithmic capabilities into standardized, reusable, and deployable software capabilities.

Meanwhile, with the continuous accumulation of technical capabilities such as manipulation and execution, BridgeDP will further expand the boundaries of robot capabilities in the real world, gradually supporting richer and more complex robot applications from current scenarios like commercial performances, cultural tourism, exhibition halls, and education.

To share universal capabilities across different robots, to lower the barrier for developers to build robot applications, and to bring robots into real-world scenarios faster.

This is the long-term direction of BridgeDP, starting from motion control, to continuously build a universal robot operating system.