Embodied Intelligence Unveils First Industry Standard to Curb Unregulated Growth
The field of embodied intelligence has entered a pivotal moment of standardization. On March 26, the first industry standard for embodied intelligence, jointly developed by the China Academy of Information and Communications Technology and over 40 other institutions, was officially released. This marks the end of a period of fragmented development and the beginning of a new, standardized era.
This standard will take effect on June 1, 2026. Its core purpose is to establish a unified benchmark testing framework, define the architecture and capability requirements for embodied intelligent systems, and provide the industry with authoritative technical evaluation criteria.

Key Highlights: A Comprehensive, Multi-Dimensional Evaluation System
According to the standard, future testing for embodied intelligence will move beyond single-dimension assessments to encompass a full spectrum from virtual to real-world environments:
Testing Dimensions: Enables in-depth evaluation of foundational capabilities, cognitive reasoning, and full closed-loop task execution.
Testing Methods: Incorporates four modes—static simulation, dynamic simulation, real-world testing, and hybrid testing.
Environmental Coverage: Standardizes benchmarks, methodologies, and evaluation metrics for both simulated and physical environments.
Integrating Software and Hardware: A Practical Task Library for Implementation
To ensure the standard is actionable beyond theory, the development team has also built a robust supporting infrastructure:
Extensive Task Library: A database containing over 10,000 test tasks has already been established.
Diverse Scenarios: It features 300 distinct task types, comprehensively covering mainstream application areas such as industrial, home, retail, and logistics settings.
Tool Matrix: A complete suite of testing tools has been developed, including solutions for data collection and management, simulation task generation, and automated metric calculation, significantly enhancing the standard's practicality and automation.
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The field of embodied intelligence has entered a pivotal moment of standardization. On March 26, the first industry standard for embodied intelligence, jointly developed by the China Academy of Information and Communications Technology and over 40 other institutions, was officially released. This marks the end of a period of fragmented development and the beginning of a new, standardized era.
This standard will take effect on June 1, 2026. Its core purpose is to establish a unified benchmark testing framework, define the architecture and capability requirements for embodied intelligent systems, and provide the industry with authoritative technical evaluation criteria.

Key Highlights: A Comprehensive, Multi-Dimensional Evaluation System
According to the standard, future testing for embodied intelligence will move beyond single-dimension assessments to encompass a full spectrum from virtual to real-world environments:
Testing Dimensions: Enables in-depth evaluation of foundational capabilities, cognitive reasoning, and full closed-loop task execution.
Testing Methods: Incorporates four modes—static simulation, dynamic simulation, real-world testing, and hybrid testing.
Environmental Coverage: Standardizes benchmarks, methodologies, and evaluation metrics for both simulated and physical environments.
Integrating Software and Hardware: A Practical Task Library for Implementation
To ensure the standard is actionable beyond theory, the development team has also built a robust supporting infrastructure:
Extensive Task Library: A database containing over 10,000 test tasks has already been established.
Diverse Scenarios: It features 300 distinct task types, comprehensively covering mainstream application areas such as industrial, home, retail, and logistics settings.
Tool Matrix: A complete suite of testing tools has been developed, including solutions for data collection and management, simulation task generation, and automated metric calculation, significantly enhancing the standard's practicality and automation.
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