Hugging Face’s Popular Duck Robot Features Chinese Chip

The rapid success of the “Microduck,” a programmable personal robot developed by the French-American company Pollen Robotics, a subsidiary of Hugging Face, is highlighting the intricate and indispensable nature of global technology supply chains. The eye-catching, duck-shaped robot, powered by a chip from Shanghai-listed Rockchip and utilizing technology licensed from British semiconductor giant ARM, has surpassed 10,000 unit sales since its recent launch, generating over $4 million in revenue at its $399 price point. This surge in demand has already led to extended delivery times, pushing new orders beyond the initially promised Christmas 2026 delivery window.

At the core of Microduck’s capabilities lies Rockchip’s RK3566 system-on-chip. This embedded processor is crucial for the robot’s on-device computing power, enabling it to process sensor data and execute programmed actions without constant cloud connectivity. The integration of ARM’s foundational technology within the Rockchip chip underscores the deep interdependencies within the semiconductor industry, where innovation often relies on a layered ecosystem of intellectual property and manufacturing expertise.

Rockchip has established itself as a significant player in the burgeoning field of edge Artificial Intelligence. Lian Jye Su, chief analyst at Omdia, notes that the company’s chips are particularly well-suited for AI applications that operate directly on devices, rather than relying on cloud-based processing. This includes critical functions such as machine vision, object detection, and image recognition, which are fundamental to many advanced robotics and smart device applications. While Rockchip’s chips offer a broad footprint in the market, Su points out that for more sophisticated edge AI tasks requiring substantial computational resources, there may be limitations.

The demand for on-device AI processing is escalating as consumers and businesses seek enhanced privacy, reduced latency, and greater autonomy for their electronic devices. The ability to run generative AI tools securely on-device, without transmitting sensitive data over the internet, is a key driver for this trend. Rockchip’s recent financial performance reflects this market momentum, with the company reporting a 40% year-on-year increase in operating revenue for the first half of the year, reaching 2.88 billion yuan ($428 million), and a significant surge in net profit excluding one-time items, indicating strong demand for its specialized chip solutions.

The 1.76-pound (800g) Microduck is positioned as more than just a consumer toy; it’s designed as a versatile development platform. Leveraging open-source software, the robot is engineered to learn through virtual simulations and goal-driven instructions, offering developers a flexible environment for experimentation and innovation in robotics and AI. This approach democratizes access to advanced robotics technology, allowing a wider community of creators to build upon its foundation.

This marks the second robot from Pollen Robotics, a startup based in France that was acquired by Hugging Face last year. The previous robot, launched in the spring, also achieved considerable success, selling over 10,000 units, according to Pollen Robotics. The acquisition by Hugging Face, a prominent open-source AI community and platform, has undoubtedly amplified Pollen Robotics’ reach and development capabilities.

The burgeoning interest in Hugging Face and its hardware ventures comes at a time when the company is reportedly nearing a significant acquisition itself. Recent reports indicate that Nvidia has agreed to acquire Hugging Face for a substantial $12.9 billion. While neither company has officially commented on the matter, such a move would represent a major consolidation in the AI landscape, potentially integrating Hugging Face’s vast open-source model repository and community with Nvidia’s leading AI hardware and software ecosystem. Thomas Wolf, a co-founder of Hugging Face, acknowledged the growing attention on the Microduck’s supply chain due to the overwhelming order volume, suggesting a strategic focus on operational efficiency amidst this heightened demand.

The market for advanced personal robots is expanding, with several companies introducing sophisticated devices at premium consumer price points. Startup Zeroth recently launched a child-sized humanoid robot for 8,888 yuan, which also boasts similar virtual simulation learning capabilities and has garnered 247 pre-orders on JD.com in China. Zeroth plans to unveil its open-source robotics system imminently, signaling a competitive push in this emerging sector.

Elsewhere, the “Beni” all-terrain camera robot from Mondo Robotics has seen remarkable success on Kickstarter, raising over 80 times its initial $50,000 funding goal ahead of its September 6th deadline. Resembling a mobile camera platform, the device starts at $549 for early bird backers, with shipping anticipated to commence in October. These diverse product launches indicate a growing consumer appetite for intelligent, interactive robotic companions and tools.