Sweet Potato Robot Raises $120M to Power Next-Gen Robotics
Sweet Potato Robot Raises $120M to Power Next-Gen Robotics
In a major boost for robotics innovation, Di Gua Robot ("Sweet Potato Robot") has closed a $120 million Series B1 funding round. This injection of capital signals growing confidence in the company's vision to become a foundational player in the robotics revolution.
Who's Betting on Robotics?
The funding round attracted an impressive roster of investors:
- Lead investors: Synstellation Capital, Didi, Meituan Longzhu
- Strategic backers: Beijing Automotive Investment, Jiakun Venture Capital
- Returning supporters: Hillhouse Capital, Vertex Growth (Temasek), Yishan Capital
This brings their total funding to $220 million since their Series A just last year - a clear vote of confidence from the investment community.
From Spin-off to Standout
Born from Horizon Robotics in 2024, Di Gua has quickly built a comprehensive tech stack:
- Chip solutions ranging from 5 to 560 TOPS
- Proprietary algorithms and software
- Real-world applications across:
- Humanoid robots
- Quadruped "robot dogs"
- Logistics AMRs (Autonomous Mobile Robots)
The company isn't just developing technology - it's putting it to work through partnerships with industry leaders like CloudMaid and Insta360.
The Big Picture: Becoming Robotics' Wintel
As embodied intelligence enters a critical growth phase globally, Di Gua aims to provide the fundamental building blocks for robotic systems worldwide. Their edge computing solutions could become as essential to robots as Windows and Intel were to personal computers.
The company's rapid progress suggests we might see their technology powering more robots in factories, warehouses, and even homes sooner than many expect.
Key Points:
- $120M Series B1 closed with major investor backing
- Total funding reaches $220M since 2025 Series A
- Full-stack solutions from chips to software already deployed
- Strategic partnerships with CloudMaid, Insta360 demonstrate real-world impact
- Positioning as "Wintel of robotics" could reshape industry fundamentals
