Xiaomi-Robotics-1 Embodied Foundation Model Begins 'Trial Operation' at Xiaomi Youth Apartments, Capable of Autonomously Planning and Completing Tasks Such as Desk Tidying and Garbage Sweeping
Xiaomi releases the Xiaomi-Robotics-1 embodied foundation model, which has entered trial operation at youth apartments, autonomously completing 50+ tasks including desk tidying and garbage sweeping, with continuous operation exceeding 30 minutes.
Key Takeaways
- Key Highlight：Xiaomi releases the Xiaomi-Robotics-1 embodied foundation model, which has entered trial operation at youth apartments, autonomously completing 50+ tasks including desk tidying and garbage sweeping, with continuous operation exceeding 30 minutes.
- Key Topics：Xiaomi-Robotics-1, Embodied, Foundation, Model
Xiaomi Technology officially released a video introducing the application of the Xiaomi-Robotics-1 embodied foundation model. As a technical foundation, the model supports an Agent closed-loop system covering data collection, model inference, and task execution, and has begun trial operation at Xiaomi Youth Apartments.
The system can autonomously plan and complete tasks such as desk tidying, garbage sweeping, item sorting and returning, room inspection, and full-house re-inspection. Verification results show that the system can run continuously for over 30 minutes, covering 3 rooms and completing more than 50 long-horizon tasks, demonstrating the execution capability of embodied intelligence in real living environments.
The value of the embodied foundation model lies in integrating perception, decision-making, and action into one. Unlike pure conversational or generative AI, it needs to understand physical space and make executable actions. Xiaomi's choice of youth apartments as the trial operation scenario means that such technology is moving from the laboratory to real-life services, providing a reference implementation path for future applications such as home service robots and smart home integration.
Previously, Xiaomi had launched youth apartment projects in Beijing and Nanjing. This time, embedding the embodied model into apartment operations serves both as a stress test for the model's capabilities and as a way to accumulate real-scenario data. This 'scenario-nurtures-model' approach helps improve the model's generalization ability in unstructured environments, but large-scale commercial deployment still requires more validation of stability and cost.
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