X-Humanoid’s Tien Kung 3.0 Aims to Democratize Robotics with Open Platform BEIJING, CN – February 16, 2026 – The Beijing Innovation Center of Humanoid Robotics, known as X-Humanoid, today unveiled its latest general-purpose robot, the Embodied Tien Kung 3.0. The launch signals a strategic push not just to advance robotic capabilities, but to reshape the entire development landscape by championing an open-source ecosystem. The company claims the new platform is the industry's first full-size humanoid robot to integrate whole-body, high-dynamic motion control with tactile interaction, a combination designed to accelerate the deployment of robots from research labs to real-world industrial and commercial settings. Powered by a proprietary AI platform called Wise KaiWu, the Tien Kung 3.0 introduces significant upgrades in balance, autonomous operation, and coordination. However, its most disruptive feature may be its philosophy of openness, a direct challenge to the fragmented and often proprietary nature of the burgeoning humanoid robotics industry. ## A Strategy of Radical Openness A primary obstacle to the widespread adoption of humanoid robots has been a lack of standardization. Development teams often work in silos, creating incompatible hardware and software that leads to redundant effort and slows innovation. X-Humanoid aims to dismantle these barriers with Tien Kung 3.0. The company has committed to open-sourcing key technologies from both its Tien Kung robot and the Wise KaiWu AI platform. This includes the core robot body design, its motion control framework, and crucial AI models such as its embodied Vision-Language Models (VLM) and Vision-Language-Action (VLA) models. Furthermore, X-Humanoid is releasing its RoboMIND training dataset and ArtVIP simulation asset library, providing developers with the tools needed to create and test applications efficiently. On a practical level, the platform is built for interoperability. It features multiple hardware expansion interfaces, allowing for the flexible integration of different tools and end-effectors tailored to specific tasks. On the software side, it offers a low-code development environment and supports widely used communication protocols like ROS2, MQTT, and TCP/IP. This approach drastically reduces the technical hurdles for universities, research institutions, and companies looking to build upon the platform, enabling them to focus on application-specific customization rather than re-engineering the foundational systems. By fostering a collaborative ecosystem, X-Humanoid is betting that an open approach will accelerate progress across the entire field. ## From the Lab to the Factory Floor While the open-source strategy targets developers, the physical capabilities of Tien Kung 3.0 are aimed squarely at industrial and commercial end-users. The robot is engineered for practicality and resilience in demanding environments, moving beyond controlled demonstrations. Its design incorporates high-torque integrated joints, providing the limb force necessary for high-load applications and ensuring stability on uneven or cluttered terrain. This robust physical design allows the robot to perform complex maneuvers, such as clearing obstacles up to one meter high and executing consecutive high-dynamic movements without losing balance. A flexible torso and wide range of upper-limb motion enable it to perform dexterous operations like kneeling and bending, maintaining precision even in confined spaces. Through collaborative calibration and multi-degree-of-freedom limb coordination, the robot can achieve millimeter-level operational accuracy, a critical requirement for industrial-grade precision tasks in manufacturing and assembly. X-Humanoid has already subjected its platforms to grueling tests to prove their real-world viability. An "Ultra" version of a Tien Kung robot previously completed a full marathon without human assistance, demonstrating the energy efficiency and durability required for multi-shift factory work. In another pioneering test, a Tien Kung 3.0 was connected to a Low Earth Orbit (LEO) satellite, proving it could be operated in remote areas lacking traditional network infrastructure, such as mines or disaster recovery zones. These demonstrations underscore the company's focus on deploying robots that can work reliably and effectively outside of the lab. ## The Mind Behind the Machine: Wise KaiWu Underpinning the robot's physical prowess is the Wise KaiWu universal embodied AI platform, which functions as its integrated "brain" and "cerebellum." This system enables a high degree of autonomy, drastically reducing the need for remote human control and paving the way for multi-robot collaboration. The AI operates on a continuous perception-decision-execution loop. For high-level cognition—understanding what to do and why—the platform utilizes advanced AI, including world models and Vision-Language Models (VLMs), to interpret complex scenes, understand natural language instructions, and break down high-level commands into actionable, step-by-step plans. For real-time control and execution, a proprietary Vision-Language-Action (VLA) model called XR-1 manages environmental perception, obstacle avoidance, and precise movements. This allows the robot to instantly interpret its surroundings and verbal commands to perform tasks like autonomously sorting components on a production line. The system's Unified Vision-Motion Codes (UVMC) technology gives the robot "nearly human reflexes," enabling it to react to unexpected changes in its environment in real-time. Crucially, the Wise KaiWu platform was built to support a multi-agent collaborative system, enabling a single "brain" to coordinate multiple robots performing various tasks asynchronously. This centralized, multi-skill architecture is a key step in transitioning embodied intelligence from a research concept to a scalable, repeatable solution for modern industry. ## Navigating a Competitive and Crowded Field The launch of Tien Kung 3.0 comes at a time of intense global competition in the humanoid robotics sector, with major players like Boston Dynamics, Agility Robotics, and Tesla all vying for a lead. X-Humanoid, founded in 2023, is a relatively new but formidable player, established as a national-level innovation platform to spearhead China's ambitions in the field. The company is well-capitalized to pursue its goals. A recent strategic investment round raised 700 million (currency unspecified) from a consortium of prominent investors, including Baidu, Shunxi Fund, and several state-backed industrial investment firms. This funding is earmarked for the continued iteration of its core platforms and to drive the large-scale adoption of its embodied intelligent robots. By combining advanced physical hardware, a sophisticated and autonomous AI brain, and a strategically open ecosystem, X-Humanoid is not just introducing a new product. It is proposing a new paradigm for how humanoid robots are developed, integrated, and deployed, aiming to accelerate their journey into becoming an integral part of the global workforce.