浙江人形携 NAVIAI 亮相 2026 世界机器人大会， 一脑多机方案落地多场景
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TL;DR - Zhejiang Humanoid Robotics Innovation Center showcased its NAVIAI robot lineup at WRC 2026, demonstrating a shared intelligence and hardware platform across industrial, retail, household, and data-collection scenarios. The exhibits suggest a shift from isolated robot demos toward reusable, multi-robot systems deployed in practical workflows.
- Its SPIRE framework combines world models for environmental understanding and state prediction with embodied models for action adaptation and execution.
- Three NAVIAI wheeled-arm robots coordinated an end-to-end assembly workflow covering depalletizing, sorting, transport, and assembly, with a claimed operational precision of 0.03 mm.
- Retail and household demonstrations included 40-second drink-order fulfillment, product recognition reportedly above 98%, and autonomous cooking and cleanup workflows.
- Teleoperation with data gloves captured synchronized visual, force, and tactile data, creating a feedback loop for improving robot capabilities during real-world operation.
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浙江人形携 NAVIAI 亮相 2026 世界机器人大会， 一脑多机方案落地多场景
TL;DR - Zhejiang Humanoid Robotics Innovation Center showcased its NAVIAI robot lineup at WRC 2026, demonstrating a shared intelligence and hardware platform across industrial, retail, household, and data-collection scenarios. The exhibits suggest a shift from isolated robot demos toward reusable, multi-robot systems deployed in practical workflows.
- Its SPIRE framework combines world models for environmental understanding and state prediction with embodied models for action adaptation and execution.
- Three NAVIAI wheeled-arm robots coordinated an end-to-end assembly workflow covering depalletizing, sorting, transport, and assembly, with a claimed operational precision of 0.03 mm.
- Retail and household demonstrations included 40-second drink-order fulfillment, product recognition reportedly above 98%, and autonomous cooking and cleanup workflows.
- Teleoperation with data gloves captured synchronized visual, force, and tactile data, creating a feedback loop for improving robot capabilities during real-world operation.