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Embodied AI
Data Acquisition Facility
Build scalable, reusable, and transferable real-world training data for embodied AI.
Business pain points
  • Simulated data often lacks real-world validation, leading to inconsistent data quality
  • Single-modality data limits a robot’s ability to learn complex skills and generalize
  • Self-built data pipelines are inefficient, complex, and costly to maintain
  • Platform-specific data lacks universality, making cross-platform scaling difficult
  • Manual annotation and quality control make large-scale data production hard to standardize
  • Our advantages
  • High-quality source data generated from precise real-world motion capture
  • Synchronized capture of humans, robots, objects, and environments with spatio-temporal alignment
  • Scalable and cost-effective third-party data services tailored to specific needs
  • Standardized training data designed for transfer across diverse robot platforms
  • End-to-end services from scene design and acquisition to annotation and quality inspection
  • Introduction

    High-quality ground truth data is fundamental to the development of embodied AI and the path toward generalizable robot intelligence. However, simulated data often lacks real-world validation, while self-built data pipelines can be complex, expensive, and difficult to scale.

    CHINGMU’s optical motion capture technology enables a Data Acquisition Facility for embodied AI, delivering scalable, reusable, and transferable real-world training data. The system accurately captures multimodal data from humans, robots, objects, and environments, generating strongly spatio-temporally aligned datasets.

    From scene design and data capture to fine-grained annotation, quality inspection, and customized adaptation, CHINGMU provides an end-to-end data production pipeline. This supports robot perception, decision-making, control algorithms, complex skill learning, and cross-platform generalization.

    Applications: Humanoid Robots · Skill Learning · Algorithm Training · Fine Manipulation · Robot eva1uation

    Build high-quality real-world datasets for the next generation of embodied intelligence.

  • Data acquisition

  • Document Center
  • Product components

  • Flagship Camera
    K Series delivers industry-leading performance for demanding high-precision motion capture applications.
  • Reference Camera
    R3 seamlessly switches between markerless and marker-based modes, providing flexible capture options for embodied AI data acquisition.
  • Standard Camera
    MC Series provides high-precision tracking across flexible configurations, from entry-level to professional-grade systems.
  • Project Decode & Software
    Project Decode and CMAvatar support efficient construction, synchronization, processing, visualization, and delivery of high-quality multimodal embodied AI datasets.
  • Advantages of the plan

    Multimodal Data AcquisitionCaptures and correlates motion, vision, control signals, tactile feedback, object states, and environmental information to form high-quality behavior-state-visual datasets that improve model understanding and generalization.
    Consult >
    High-Precision Ground TruthResolves the 6DoF pose and motion trajectory of robot bodies, joints, and end-effectors in real time with sub-millimeter accuracy. This provides reliable ground truth labels and validation benchmarks for kinematic modeling, sensor calibration, SLAM, controller optimization, and algorithm eva1uation.
    Consult >
    Full-Process Service CoverageProvides full-chain services from equipment selection and deployment to acquisition procedure design, raw data processing, annotation, and quality inspection. Customers can obtain out-of-the-box data production capability without coordinating multiple vendors or building complex pipelines from scratch.
    Consult >
    Verification & OptimizationBy comparing algorithm outputs such as vision-based pose estimation with motion capture ground truth, system errors can be accurately quantified, optimization directions can be clearly identified, and a complete data-driven R&D loop can be established: acquire, train, verify, and optimize.
    Consult >
    Cross-Platform TransferStandardized data formats support seamless migration across different robot brands, body structures, and control systems, enabling rapid cross-platform validation and reducing the cost of repeated data collection.
    Consult >
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