X-Humanoid
Building the Full Stack for Embodied Intelligence
Building the Full Stack for Embodied Intelligence
X-Humanoid is a Chinese robotics company focused on embodied intelligence, general-purpose robots, and full-stack robotics technology.
Founded in Beijing in November 2023, the company brings together robotic hardware, embodied AI, motion control, foundation models, and robotics data to develop machines capable of perceiving, reasoning, moving, and acting in the physical world.
Rather than treating the robot body and artificial intelligence as separate technologies, X-Humanoid is building both sides of the system.
Three Core Pillars
- Embodied Tien Kung — the physical robot hardware platform
- HuiSi KaiWu — the general-purpose embodied intelligence layer
- Embodied AI Data — the learning and data engine
Company Overview
| Category | Details |
|---|---|
Company | Beijing Innovation Center of Humanoid Robotics Co., Ltd. |
Brand | X-Humanoid |
Founded | November 2023 |
Headquarters | Beijing, China |
Industry | Humanoid Robotics & Embodied AI |
Core Focus | General-purpose embodied intelligence |
Hardware Platform | Embodied Tien Kung |
Intelligent Platform | HuiSi KaiWu |
Data Platform | Embodied AI Data |
Major Robot Platforms | Embodied Tien Kung 3.0, Tian Yi 2.0 |
AI Technologies | World Models, VLM, VLA, autonomous navigation |
Open Source | Tien Kung-Lab and related robotics resources |
Key Applications | Manufacturing, logistics, inspection, services, special operations |
Core Philosophy | One Brain, Multiple Robots; One Brain, Multiple Skills |
X-Humanoid describes itself as a full-stack technology company focused on core embodied-intelligence technologies, product development, and practical deployment.
What Is X-Humanoid?
X-Humanoid is building an ecosystem for general-purpose physical intelligence.
The company's approach can be understood through three questions:
The goal is to move robots beyond fixed, single-purpose automation toward systems capable of adapting to different tasks, environments, and robotic bodies.
X-Humanoid's Core Strategy
From Robot Hardware to Physical Intelligence
Many robotics companies begin with a mechanical platform and gradually add intelligence. X-Humanoid is pursuing a more integrated strategy.
Its architecture combines:
The result is intended to be a general-purpose robotic platform rather than a machine optimized for only one task.
The X-Humanoid Ecosystem
Three Core Layers
Embodied Tien Kung
A General-Purpose Humanoid Robot Platform
Embodied Tien Kung is X-Humanoid's flagship humanoid robot platform.
The platform is designed not simply as a humanoid body, but as a physical foundation for embodied intelligence.
Its development focuses on:
- Whole-body motion control
- Dynamic locomotion
- Manipulation
- Perception
- Autonomous navigation
- Human-robot interaction
- Embodied AI
The latest Embodied Tien Kung 3.0 represents the company's current flagship generation.
Embodied Tien Kung 3.0
A More Open and Autonomous Humanoid Platform
The Embodied Tien Kung 3.0 is X-Humanoid's latest general-purpose humanoid robot platform.
The platform integrates X-Humanoid's own HuiSi KaiWu embodied intelligence platform to improve:
- Balance
- Motion control
- Whole-body coordination
- Autonomous navigation
- Task execution
- Human-robot interaction
One of the platform's notable technical features is the integration of whole-body high-dynamic motion control with tactile interaction.
High-Dynamic Motion Control
Making Humanoids More Capable on Their Feet
Motion control is one of X-Humanoid's strongest technical areas.
A general-purpose humanoid cannot simply follow predefined trajectories. It needs to:
- Maintain balance
- Respond to disturbances
- Adjust its center of gravity
- Navigate uneven terrain
- Coordinate multiple joints
- React to physical contact
X-Humanoid has therefore invested heavily in reinforcement-learning-based locomotion and whole-body control.
Tien Kung-Lab (Open Source)
Its open-source Tien Kung-Lab framework is based on Isaac Lab and combines reinforcement learning with human motion data to develop natural, efficient, and stable humanoid motion.
Tactile Interaction
When the Robot Can Feel Physical Contact
One of the notable characteristics of Tien Kung 3.0 is its integration of tactile interaction with high-dynamic whole-body motion control.
This is significant because physical contact changes the control problem.
A robot that can detect contact can potentially:
- React to external forces
- Stabilize itself
- Adjust movement
- Manipulate objects more safely
- Coordinate full-body actions
This moves humanoid control closer to the way humans interact with physical environments.
Tian Yi 2.0
A General-Purpose Mobile Manipulation Platform
X-Humanoid's portfolio extends beyond traditional humanoid robots. Tian Yi 2.0 is positioned as a general-purpose mobile manipulator.
The platform combines:
This configuration is particularly relevant to industrial environments where robots need to move around a workspace while simultaneously interacting with objects.
X-Humanoid describes Tian Yi 2.0 around dual-arm collaboration, efficient mobility, and intelligent perception.
HuiSi KaiWu
The Intelligence Layer Behind the Robots
If Tien Kung is the body, HuiSi KaiWu is the brain.
HuiSi KaiWu is X-Humanoid's general-purpose embodied intelligence platform.
Its goal is to allow one intelligent system to control different robotic bodies and perform different tasks.
One Brain, Multiple Robots
A single intelligence stack across different robot embodiments and physical form factors.
One Brain, Multiple Skills
A single intelligence system that can learn and perform many different tasks and behaviors.
This represents a fundamental shift away from traditional robotics software, where each robot and task may require a separate development pipeline.
One Brain, Multiple Robots
Intelligence That Can Move Across Embodiments
A major challenge in robotics is that AI developed for one robot does not necessarily transfer to another.
Different robots have:
- Different joint structures
- Different sensors
- Different dynamics
- Different control systems
- Different physical capabilities
X-Humanoid is working toward a platform where intelligence can generalize across multiple robot embodiments.
The same intelligence layer can potentially operate different robotic platforms while adapting to their physical characteristics.
One Brain, Multiple Skills
From Single Tasks to General-Purpose Behavior
Traditional industrial robots often excel at one narrowly defined task. A general-purpose embodied AI system needs to perform many.
For example:
HuiSi KaiWu is designed to move toward this kind of multi-task generalization.
The objective is not simply to make a robot better at one task. It is to build intelligence capable of learning many different skills.
The Embodied Brain — Wu1.0 World Model
Understanding and Predicting the Physical World
X-Humanoid's Wu1.0 is an embodied intelligence world model designed to help robots understand and predict the physical world.
A world model attempts to represent:
Instead of merely recognizing an object, the system can begin to reason about what might happen when the robot interacts with it.
PelicanVLM
Vision-Language Intelligence for Robots
X-Humanoid is also developing PelicanVLM, a vision-language model designed for the era of robotic intelligence.
The objective is to connect visual perception with language understanding. A robot could potentially receive an instruction such as:
“Pick up the red box and place it on the table.”
The system must then translate:
This is one of the foundations of general-purpose embodied intelligence.
XR-1 — Cross-Embodiment VLA Foundation Model
Vision + Language + Action
X-Humanoid's XR-1 is a cross-embodiment VLA foundation model. VLA stands for:
The system combines robotic operation data with internet video data to develop transferable knowledge across different robot configurations.
- Multiple robot embodiments
- Multiple skills
- Multiple tasks
- Multiple environments
- Faster adaptation with fewer demonstrations
XR-1 is a critical component of X-Humanoid's “One Brain, Multiple Robots” strategy.
Embodied AI Data
Data Is the Fuel for Physical Intelligence
A general-purpose robot needs more than a powerful model. It needs experience.
That experience comes from:
- Robot demonstrations
- Human demonstrations
- Teleoperation
- Real-world interaction
- Video data
- Multi-camera recordings
- Multi-task trajectories
X-Humanoid therefore treats Embodied AI Data as a core product rather than merely an internal development resource.
Embodied World Model
Generating More Training Experiences
X-Humanoid is exploring embodied world models as a way to expand the amount of training data available to robots.
The system combines:
to generate additional training experiences.
Model sizes from 1.3B to 14B parameters
The purpose is to help robots learn physical concepts such as:
- Lighting
- Objects
- Physics
- Motion
- Scene changes
The goal is to improve generalization to situations outside the original training data.
The Closed Loop of Embodied Intelligence
The robot's interaction with the physical world creates new data. The data improves the AI. The AI improves the robot. The robot then produces more useful data.
This creates a continuous development cycle.
Tien Kung-Lab
Open-Source Motion Intelligence
X-Humanoid has also opened its motion-control technology to the broader robotics community through Tien Kung-Lab.
The framework is based on Isaac Lab and reinforcement learning and incorporates human motion data. Its goal is to make advanced humanoid motion-control technology more accessible to researchers and developers.
The open-source approach is important because embodied intelligence is a rapidly developing field. Researchers need access to:
to accelerate progress.
Open Robotics Ecosystem
Building Beyond a Single Robot
X-Humanoid's open-source strategy extends beyond motion control. The company has been developing an ecosystem involving:
Robot platforms
Motion-control frameworks
AI models
Datasets
Development tools
Open-source communities
This allows researchers and developers to participate in the broader evolution of embodied intelligence.
Applications
From Demonstrations to Real Work
X-Humanoid is targeting applications where robots can perform physical tasks in real environments. Its current application areas include:
Manufacturing
Component sorting, equipment inspection, quality control, material handling.
Logistics
Move objects, navigate between locations, perform autonomous transport.
Energy
Inspect equipment and perform tasks in power-related environments.
Commercial Services
Reception, guided tours, information services, human interaction.
Special Operations
Operate in environments that are dangerous or difficult for people.
The company's website currently highlights applications including power inspection, showroom guidance, object transportation, industrial component sorting, and electrical cabinet quality inspection.
Autonomous Material Handling
Robots That Can Move Objects Between Locations
X-Humanoid demonstrates autonomous material-handling scenarios where robots perceive their environment, plan routes, and transport objects.
The system is designed to account for:
This demonstrates the transition from simple robot movement toward complete task execution.
Industrial Sorting
Vision-Guided Robotic Manipulation
Industrial component sorting is another application area. A robot must:
This requires multiple technologies to work together:
- Computer vision
- Object recognition
- Motion planning
- Manipulation
- Autonomous control
Industrial sorting is a good example of how embodied AI connects perception with physical action.
Electrical Cabinet Inspection
Long-Horizon Industrial Tasks
X-Humanoid also demonstrates robotic inspection and manipulation within electrical control cabinets.
Such tasks require:
Electrical cabinet inspection represents a more advanced form of robotic automation than simple pick-and-place operations.
Showroom Guidance
Humanoids as Interactive Service Robots
X-Humanoid's robots can also be used in public-facing environments.
Potential capabilities include:
- Greeting visitors
- Providing guided tours
- Answering questions
- Understanding user requests
- Recognizing gestures and expressions
- Responding through full-body movement
The company describes a showroom-guidance scenario with low-latency voice interaction and knowledge-base-driven question answering.
From Remote Control to Autonomy
The Real Goal of Embodied Intelligence
One of the biggest challenges in humanoid robotics is reducing dependence on teleoperation.
A remotely controlled robot can perform impressive tasks. But it is not truly autonomous.
loop. The robot should eventually be capable of:
This is the difference between a remotely operated machine and a genuinely intelligent robot.
X-Humanoid's Technology Stack
| Layer | Technology |
|---|---|
Physical Body | Embodied Tien Kung, Tian Yi |
Motion | Whole-body control, reinforcement learning |
Perception | Multimodal perception, navigation |
Intelligence | HuiSi KaiWu |
World Understanding | Wu1.0 World Model |
Vision-Language | PelicanVLM |
Action Intelligence | XR-1 VLA |
Data | Embodied AI Data |
Simulation & Training | Isaac Lab-based systems |
Open Development | Tien Kung-Lab and open-source ecosystem |
This full-stack structure is one of the defining characteristics of X-Humanoid.
The Tien Kung Marathon Story
When Locomotion Became the Demonstration
The humanoid robot marathon was more than a publicity event. It tested one of the fundamental problems in humanoid robotics: Can a humanoid maintain stable, efficient locomotion over a long distance?
A short demonstration can hide many limitations. A long-distance run exposes balance problems, thermal issues, energy consumption, motion-control instability, mechanical reliability, and recovery from disturbances — all at once.
X-Humanoid's marathon performance therefore became an important demonstration of its locomotion technology.
The Robot Warrior Challenge
From Running to Real-World Mobility
The 2026 Robot Warrior Challenge tested a different dimension of humanoid robotics. Instead of simply running, Tien Kung 3.0 had to navigate tasks modeled on challenging physical scenarios — pendulum traversal, forward movement, barrier breaching, and obstacle clearance.
The robot completed the course fully autonomously and achieved the highest overall score. This demonstrated a clear progression:
X-Humanoid's Mission
Create a New Generation of Embodied Intelligence
X-Humanoid's broader mission is to accelerate the development of embodied intelligent robots by combining fundamental research, hardware, AI, data, open-source development, and industrial applications.
The company describes its ambition as becoming a globally influential source of embodied-intelligence innovation and an application demonstration hub.
Why X-Humanoid Matters
It Is Building More Than a Humanoid Robot
The most important distinction between X-Humanoid and many humanoid robotics companies is the scope of its platform.
A conventional robot company might begin with a mechanical platform, then add task-specific software, and finally wrap it in a single application.
X-Humanoid is attempting to build an integrated stack across the entire pipeline of physical intelligence.
This makes the company particularly relevant to the broader development of Physical AI.
The Bigger Picture
From Humanoid Robots to Physical AI
The future of robotics may not be defined by individual robot models. It may be defined by general-purpose intelligence that can operate across multiple bodies.
X-Humanoid is explicitly working toward this architecture. Its phrase — One Brain, Multiple Robots — captures the direction particularly well.
X-Humanoid Milestones
Beijing Innovation Center of Humanoid Robotics founded in Beijing.
Unveiled as operating entity of the National-Local Joint Embodied Intelligent Robot Innovation Center.
Tien Kung wins the world's first humanoid robot half-marathon in 2 hours, 40 minutes, and 42 seconds over the full 21.0975-kilometer course.
Tien Kung-Lab motion-control framework released open source, making advanced locomotion technology available to the wider robotics community.
Embodied Tien Kung 3.0 launched — emphasizing greater openness, usability, dynamic motion control, tactile interaction, and autonomous operation.
Embodied Tien Kung 3.0 wins the inaugural Beijing Yizhuang Robot Warrior Challenge with a fully autonomous run including pendulum traversal, forward movement, barrier breaching, and obstacle clearance.
2 h 40 min 42 s — Humanoid Half-Marathon
X-Humanoid's Tien Kung robot completed the world's first humanoid robot half-marathon over the full 21.0975-kilometer course, showcasing the company's high-dynamic motion control and locomotion endurance technology.
X-Humanoid's Strengths
Full-Stack Strategy
Hardware, motion control, AI models, and data are developed as parts of one ecosystem.
Strong Motion-Control Expertise
Tien Kung's locomotion achievements — from the half-marathon to the Robot Warrior Challenge — demonstrate significant emphasis on dynamic movement and real-world autonomy.
Open-Source Approach
Tien Kung-Lab and related projects make parts of the technology available to external developers and researchers.
General-Purpose Platform
The company is working toward multi-task and cross-embodiment intelligence instead of single-purpose machines.
Data Strategy
Embodied data is treated as a core component of the platform rather than merely a research byproduct.
Rapid Development
The company moved from establishment in 2023 to multiple robot platforms, AI systems, open-source frameworks, and major public demonstrations within a relatively short period.
X-Humanoid's Challenges
General-Purpose Intelligence Is Still Emerging
Moving from demonstrations to reliable autonomous work remains one of the biggest challenges in robotics.
Hardware-Software Integration
General-purpose robots require extremely tight coordination between AI and physical control.
Data Requirements
Physical-world training requires enormous amounts of high-quality robotic data.
Commercial Deployment
A robot that can perform a task in a controlled demonstration must also be reliable, safe, and economically viable in real workplaces.
Generalization
The ultimate test will be whether intelligence can transfer across robots, tasks, and environments without extensive retraining.
X-Humanoid vs. Other Humanoid Robot Companies
X-Humanoid's strongest differentiator is its attempt to combine robot hardware, motion control, foundation models, data, and open-source infrastructure within a single embodied AI ecosystem.
| Company | Primary Identity |
|---|---|
Boston Dynamics | Advanced Robotics & Dynamic Mobility |
Figure | Humanoid Robots + AI |
Unitree | High-Performance Legged Robotics |
AGIBOT | Embodied AI + General-Purpose Robots |
X-HumanoidFocus of this profile | Full-Stack Embodied AI + Open Robot Platforms |
Tesla | Humanoid Robotics + Manufacturing |
1X | Humanoid Robots + AI |
Sanctuary AI | General-Purpose Humanoid Intelligence |
Our Take
X-Humanoid is best understood not simply as a humanoid robot manufacturer, but as an embodied AI platform company.
Its Tien Kung robots are the most visible part of the ecosystem, but the deeper story is HuiSi KaiWu.
The company is attempting to solve several problems simultaneously:
That makes X-Humanoid particularly interesting. The robot is only the visible layer. The real ambition is to build the intelligence infrastructure behind general-purpose robots.
Its platform combines:
Together, these technologies form a broader vision:
The ultimate goal is not simply to build robots that can walk. It is to create robots that can understand the world, make decisions, move through it, manipulate objects, learn from experience, and perform useful work autonomously.
That is the larger idea behind X-Humanoid.
FAQ
X-HumanoidFrequently asked questions about X-Humanoid's platforms, technology, and roadmap.
What is X-Humanoid?
X-Humanoid is the international-facing brand associated with Beijing Innovation Center of Humanoid Robotics, a company focused on embodied AI, humanoid robots, general-purpose robotic platforms, and full-stack robotics technologies.
When was X-Humanoid founded?
The Beijing Innovation Center of Humanoid Robotics was established in November 2023.
What is X-Humanoid best known for?
X-Humanoid is best known for its Embodied Tien Kung humanoid robot platform and its embodied AI platform HuiSi KaiWu.
What is Embodied Tien Kung?
Embodied Tien Kung is X-Humanoid's general-purpose humanoid robot platform.
What is Tien Kung 3.0?
Embodied Tien Kung 3.0 is the company's latest full-size general-purpose humanoid platform, launched in February 2026. It emphasizes autonomous operation, open development, dynamic motion control, and tactile interaction.
What is HuiSi KaiWu?
HuiSi KaiWu is X-Humanoid's general-purpose embodied intelligence platform designed to support multiple robots and multiple skills.
What does "One Brain, Multiple Robots" mean?
It describes X-Humanoid's goal of allowing a shared intelligence platform to operate different robot embodiments instead of developing completely separate intelligence systems for every robot.
What is Wu1.0?
Wu1.0 is X-Humanoid's embodied intelligence world model designed to help robots understand and predict physical environments.
What is PelicanVLM?
PelicanVLM is X-Humanoid's vision-language model designed for robotic applications, connecting visual understanding and language with physical robotic behavior.
What is XR-1?
XR-1 is a cross-embodiment VLA foundation model designed to support generalization across different robots, tasks, and environments.
What is Tien Kung-Lab?
Tien Kung-Lab is an open-source humanoid motion-control framework based on reinforcement learning and Isaac Lab, developed to enable advanced humanoid locomotion research.
Has Tien Kung won a robot competition?
Yes. X-Humanoid's Tien Kung robot won the world's first humanoid robot half-marathon in 2025. In April 2026, Tien Kung 3.0 also won the inaugural Beijing Yizhuang Robot Warrior Challenge with a fully autonomous run.
Does X-Humanoid make robots other than humanoids?
Yes. The company's current product portfolio includes Tian Yi 2.0, a general-purpose mobile manipulation platform, in addition to the Tien Kung humanoid platform.
What industries is X-Humanoid targeting?
Applications include manufacturing, logistics, power inspection, industrial quality control, commercial services, showroom guidance, and other physical work scenarios.
Is X-Humanoid open source?
The company has released open-source projects including Tien Kung-Lab and has established an open-source community around its robotics ecosystem.
What makes X-Humanoid different from other humanoid robotics companies?
Its most distinctive characteristic is the attempt to combine humanoid hardware, motion control, embodied foundation models, world models, VLA, robotics data, and open-source development into one full-stack platform.
Explore X-Humanoid
Follow the ideas, platforms, and models that make up the full-stack X-Humanoid ecosystem.
Embodied Tien Kung
Explore X-Humanoid's flagship general-purpose humanoid robot platform.
Tien Kung 3.0
Discover the latest generation of Tien Kung — autonomous operation, dynamic motion, tactile interaction, and open development.
Tian Yi 2.0
Explore the company's mobile manipulation platform combining dual arms, mobility, and intelligent perception.
HuiSi KaiWu
Discover X-Humanoid's general-purpose embodied intelligence platform.
Wu1.0
Learn how world models can help robots understand and predict physical environments.
PelicanVLM
Explore vision-language intelligence designed specifically for robotic applications.
Tien Kung-Lab
Discover X-Humanoid's open-source motion-control framework for humanoid robotics.
Embodied AI Data
Learn how robotic data supports the training and development of general-purpose embodied intelligence.